An Airline Ticket System Project Software Requirements Specification (SRS) is a document that describes the functional and non-functional requirements of an airline ticket system. This document serves as a blueprint for the development of the system, and outlines what the system should do, how it should do it, and the constraints that the system must operate under.

Here are some key elements that may be included in an SRS for an Airline Ticket System Project:

1. Introduction: This section provides an overview of the project, including the purpose and scope of the system.
2. Functional Requirements: This section describes the functions that the system should perform, such as searching for flights, booking tickets, and managing reservations.
3. Non-Functional Requirements: This section describes the system’s performance, reliability, scalability, and security requirements.
4. User Requirements: This section describes the types of users that will interact with the system, such as customers, agents, and administrators, and their specific needs and requirements.
5. User Interface: This section describes the system’s user interface, including the layout, navigation, and design of the interface.
6. System Constraints: This section describes any constraints or limitations that the system must operate under, such as hardware or software requirements.
7. Acceptance Criteria: This section defines the conditions that the system must meet in order to be accepted by the client or stakeholders.
8. Appendices: This section may include any additional information such as diagrams, flowcharts, and design documents related to the project

The SRS for an Airline Ticket System Project should be written in a clear and concise manner, and should be reviewed and approved by all stakeholders before development begins. The SRS serves as a contract between the client and the development team, and should be followed throughout the development process to ensure that the final product meets the client’s needs and requirements.

Our project is the Airline Ticket System. Here Airline Ticket System Project SRS documented.  In this project, our aim is to find optimal ways to go to the place where customers want to go. One of the ways is that customers reach destination in shortest time period. If customers concern about time, money is unimportant for them. Another one is that customers reach destination by spending lowest fee. In this situation, if customers concern about money, time is unimportant for them. Optimality guarantees lowest fee or shortest time.

In the final part of the project, steps of product are finished by us. Product is made up of associated documentation and computer programs. SPMP, SRS, SDD and STD are the steps of the associated documentation. In these steps, we introduce characteristics of project like defining requirements, making prototype for customers and scheduling a project. Secondly, our software is a web application. Internet programming is mostly used in our project. Customers must use internet for reaching our system. When we look at computer programs, they include databases, collection of programs which are related to finding optimal paths with algorithms, graphical user interface for visual projection. There are two databases. First one of them keeps flight information about airline companies. Flight information is planes arrival and departure times. Second database keeps user information. Why it can keep? Because, users are took information about promotions and opportunities by registering themselves to this accounting system. Also, we and airline companies know who our customers are by keeping their information. Another one of the collection of computer programs finds optimal way to go to the place where customers want to go with using optimizations algorithms. In the web browser, user chooses one way to go to the place. When user chooses, algorithms start to work at the back side of the product. Then, it returns answer for what user wants. Final part of the computer programs is graphical user interface (GUI). Interface provides environment for users and developers to communicate each other. Users buy and reserve tickets by this interface. In addition, it is also web-based interface.

Finally, we explain our product characteristics. Our software product is a web-based application. Internet programming, database and algorithm are used in the product. At the bottom parts of this documentation, we mention about external interface requirements, software product features, software product attributes and database requirements.