1
CSIS 535 – Computer Networks
Title: Airline Reservation Systems Through Advanced Technology
2
Introduction:
1.1 Introduction
Venturing into the development of a Web-based Airline Reservation System is a significant
undertaking in the realm of information technology. This project, utilizing a 3-tier
architecture encompassing JSP, JavaServlets, MySQL database, and the Apache Tomcat
server, aims to redefine the landscape of airline reservation systems. The primary focus is
on empowering passengers with the ability to seamlessly manage their flight bookings
while introducing automation for airport staff to enhance operational efficiency.
Existing Systems:
Research into existing automated systems, such as Malaysia Airlines' Kommas, reveals the
longevity and adaptability of DOS-based reservation systems. Despite its age, Kommas
persists as a robust tool for ticket reservations and check-ins. However, it faces
challenges related to user-friendliness, outdated interfaces, and security concerns. The
proposed system aims to overcome these limitations and introduce cutting-edge features
to revolutionize the airline reservation process.
Why Airline Reservation System is Needed?
The significance of an Airline Reservation System lies in its potential to:
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1. Increase Sales of Tickets: By tracking passenger preferences, personalized flight
packages and last-minute deals can be offered, increasing sales and customer satisfaction.
2. Reduce Cost and Time: The system eliminates the drawbacks of conventional paper-
based reservation records, leading to cost savings and faster processing times.
3. Organize Information: Centralized databases improve information organization,
enabling efficient retrieval and management of data.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
Scheme of the System
4
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
5
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
Scheme of the System
6
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
7
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
8
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
9
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
10
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
11
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
12
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
13
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
14
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
15
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
16
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
17
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
18
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
19
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
20
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
21
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
22
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
23
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
24
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
25
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
26
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
27
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
28
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
29
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
30
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
31
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
32
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
33
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
34
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
35
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
36
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
37
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
38
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
39
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
40
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
41
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
42
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
43
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
44
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
45
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
46
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
47
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff. Business and
Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
Scheme of the System
48
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
49
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
50
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
51
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
52
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
53
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
54
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
55
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
56
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
57
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
58
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
59
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
60
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
61
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
62
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
63
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
64
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
65
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
66
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
67
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
68
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
69
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
70
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
71
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
72
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
73
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
74
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
75
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
76
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
77
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
78
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
79
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
80
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
81
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
82
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
83
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
Business and Technical Options:
The project presents several business and technical options to enhance system functionality.
These include customer surveys, discounted flight options, multiple booking capabilities,
flexible payment options, ticket collection choices, email confirmations, hotel deals, live
web help desk, and various technical features like biometric scanners, WAP pages, and
session management.
Proposed Methodology:
The Waterfall model is chosen as the development methodology due to its systematic approach,
aligning well with the project's nature. This model ensures a step-by-step progression
through requirements analysis, design, implementation, integration, and testing.
Design Description:
84
Scheme of the System
A mock-up diagram illustrates the connectivity of pages using JSP, drawing inspiration from
existing systems like Kommas. The design is subject to refinement based on additional
functionality requirements.
USE CASE Model
The USE CASE model outlines features such as passenger flight management, self-service
check-in, airport staff functionalities, and specialized lists for managing passengers with
overweight luggage.
Functional Overview:
The system processes inputs related to flight schedules, passenger details, club memberships, and
various queries. Outputs include booking details, query results, and monthly reports.
Transactions involve booking, cancellation, check-ins, and other inquiries for both
passengers and airport staff.
Project Plan:
A Gantt chart outlines the project plan, including milestones for project initiation, literature
review, analysis and design, prototype development, system design, testing, and final
report completion. Each task is meticulously scheduled to ensure timely project
completion.
Project Milestones:
85
Key milestones, including project initiation, literature review, analysis and design, prototype
development, testing, and presentation, are charted with expected completion dates.
Conclusion:
This comprehensive business plan sets the foundation for the development of a state-of-the-art
Web-based Airline Reservation System. By leveraging advanced technologies and
addressing the limitations of existing systems, the proposed system aims to redefine the
airline reservation experience for both passengers and airport staff.
