APA Paper Needed

Real-Time Aviation Data Surveillance and Reporting

Name

Institutional Affiliation

Course

Professor’s Name

Date

Real-Time Aviation Data Surveillance and Reporting

Introduction

The abbreviation ADS-B stands for Automatic Dependent Surveillance-Broadcast. It is an accurate method of tracking aircraft. The technology has replaced radar as the primary approach to air traffic control monitoring and separation globally. Many developed countries have made attempts to publish regulations that mandate ADS-B operations in the regions using specific schedules. In countries where the technology has not been utilized, special routes help to achieve the same goals. The use of ADS-B allows ground vehicles and equipped aircraft to broadcast their position, velocity, identification, and altitude to other aircraft and ATC: It is also known as ADS-B Out. Currently, the aviation industry is taking full advantage of the advancement of technology. This has aided how pilots and flight controllers communicate to ensure no misunderstanding between them. It is also important to note that computers can provide various support and warning functions to air traffic controllers and pilots. Air traffic control systems use plane-to-ground and radar communications to midair conflicts and suggest the action that ought to be taken to resolve them (Leonardi 2018). Also, the decision-support system is reinforced with the voice recognition gadget that alerts the air traffic controller whenever an inappropriate or risky command is given. Through this, runway incursion can be identified and hence corrected.

The Project Charter

Project Name	Calamari	Project Number	Write Project number here
Project Team	Name of members in the project team	Prioritization	High
Owner(s)	Name the sponsor here	Start Date	31/2/2022
		End Date	31/4/2022

The Project Scope

Purpose: This project will aim to evaluate the use of ADS-B to control and monitor traffic in the aviation industry.

· To establish whether ADS-B H has the affinity to improve safety in the aviation industry.

· To determine the efficiency of ADS-B in determining aircraft location

· To measure whether the integration of ADS-B into the aviation industry can improve the industry profitability

· To evaluate the effectiveness of ADS-B in fostering aviation traffic control

· To assess the impact of ADS-B on the aviation industry.

Project Requirements:

In terms of functional requirement, ADS-B will allow aircraft to broadcast and receive its or other aircrafts':

· Identification

· Position

· Velocity

· Altitude

· Traffic information

· Weather report

Project Constraints: These constraints will include

· Lack of enough skillful personnel

· Resistance to change

· Lack of enough capital

Project exclusion: It will be used to control road traffic

Risk Indications: The risk that might be encountered during the project implementation is a data breach. Even though there will be measures the team will put in place to combat this, the team may not have sufficient resources to implement the project

Early Estimation

The project will start on 31 Feb to 31 April, 2022. It will run for 2 months. It implies that the project's end date will be 31st Jan 2022. The project will be divided into seven tasks/phases. Task one will entail the formation of the project team. The team will include the project manager, project supervisor, project coordinator, project evaluator, project tester and project implementer. Estimation of the budget will be the second task. The team will come together and anticipate the minimum sum of money they would likely spend on the project. The third task will be availing the resources required to implement the project. The fourth task will be data collection. The team will use the methodology outlined above to collect data necessary for the completion of the project. The fifth task will be the actual project. It is the most critical part of the project. The team will come together and analyze the data collected. They will then perform the actual research, which entails the incorporation of ADS-B in air traffic control. The second last task will be an analysis of the project or outcome. Last but not least, the project will evaluate and implement the use of ADS-B in air traffic control and monitoring.

Cost/Budget

The total cost of different requirements/materials will be $310. Labor and other expenses will be about $430. The project will require about $740 for it to be completed.

Resource Plan

Role	Estimation time in Days
Project developer	12
Project evaluator	23
Project implementer	14
Project manager	56
Project tester	4

Stakeholders

Crucially, the following functions will be assigned to different people during the project: The project manager will ensure that team conduct all activities and without failure. He/she will be the final decision. The project coordinator will harmonize different tasks to ensure that the goals of the project is achieved. At each stage of the project, the project tester will check if the team will remain within the scope of the study. On the other hand, the project evaluation will assess the final outcome will be in line with the objectives of the project. Finally, it is the role of the project implementer to ensure that findings are feasible to the real-life situation, i.e. using ADS-B in air traffic control and monitoring.

Communication

There three main meetings that will held during the project. One will be done at the beginning of the project. The second be on after one month and the last one at the end of the project. All team members will required to avail themselves during the meetings.

APROVAL

Name Signature Date

Project Manager……………………………………………………………………………………………………………………………

Project Sponsor……………………………………………………………………………………………………………………………..

References

Hasin, F. and Taher, K.A., (2021). Cyber Threat Mitigation of Impending ADS-B Based Air Traffic Management System Using Blockchain Technology. In Proceedings of International Conference on Trends in Computational and Cognitive Engineering (pp. 545-556). Springer, Singapore.

Leonardi, M., (2018). ADS-B anomalies and intrusions detection by sensor clocks tracking. IEEE Transactions on Aerospace and Electronic Systems, 55(5), pp.2370-2381.

Leonardi, M. and Di Fausto, D., 2(018). ADS-B signal signature extraction for intrusion detection in the air traffic surveillance system. In 2018 26th European Signal Processing Conference (EUSIPCO) (pp. 2564-2568). IEEE.

Pollack, J. and Ranganathan, P., (2018). Aviation navigation systems security: Ads-b, gps, iff. In Proceedings of the International Conference on Security and Management (SAM) (pp. 129-135).

Yang, H., Zhou, Q., Yao, M., Lu, R., Li, H. and Zhang, X., (2018). A practical and compatible cryptographic solution to ADS-B security. IEEE Internet of Things Journal, 6(2), pp.3322-3334.