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1) The document describes the design and development of a database system to manage an airport. 2) The system includes entities such as airplanes, passengers, employees, seats, and routes. Relationships between these entities were represented in an E-R diagram and translated to seven database tables. 3) A front-end application was developed using PHP to allow performing operations on the database, such as answering questions by writing and applying SQL queries.
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Presentation
- 1. Airlines management system BY Sayed Reazul Elahee(2012-3-60-041) Md. Rakib Bahadur(2011-3-60-025)
- 2. Introduction Since we have being given a chance to assume that we are hired at airport as Database Administrator thus we had to design and develop airport’s database as a system that will manage and control all the database activities conducted at the airport. The following steps were performed to reach this far, first task was the collection of all necessary information concerning the air, then showing the entity relationship diagram from the information collected on the airport, then translating ER model into the logical design showing the relational schemas and integrities then developing the database using MySql together with php.net then developing the front end application to perform the required operations.
- 3. Introduction This is an Airport Flights Database System project report gives a brief description on the tasks worked out, development of E-R Diagram from the given scenario whereby we had Five entities Employee, Airplane, Passenger, Seat, Route with their attributes. Afterward we were able to build the database using MySQL whereby we had seven tables that we developed from the E-R Diagram which had Five entities thus by making relationships we were able to come up with seven tables. Then on developing the front end application we will use PHP.net . Thus the other task was to write and apply the SQL queries that could answer the provided questions.
- 4. Airplane Passenger Employee Seat Route Model no Model name Capacity Weight Pass_no P_name address house Relative of crew Road city Country Ph_noId _no Ename Address Position J_date Ph_no house Road city Country Ph_no Seat_no Type Price From Airport City Plane route Plane seat Works Ticket Bookings Arrival time Departure time dateTo
- 5. Tabular Representation • Airplane (Model_no,model_name,Capacity,Weight) • Passenger (Passport_no, P_name, house, road, city, country, relative of crew) • P_phone(Passport_no,P_name,phone) • Employee (SSN, Ename, house, road, city, country, salary, rank, j_date) • E_phone(SSN,Ename,phone) • Seat (model_no, seat no, types) • Route (model no, from, to, date, airport, city) • Works ( model_no, SSN) • Ticket Bookings ( seat_no, Pass_no, Price)
- 6. Conclusion Thus due to the design and development of airport’s database as a database administrator we were able to organize all the information necessary about the airplanes stationed and maintained at the airport. The complete and proper implementation of all the required detail will lead to the effective management and control of the most airport facing problems on airplane management.