Choose a title, e.g. Database. (Company, Music, Movie, Library, Hospital or ...... University Databases are not accepted, because these databases are mentioned a lot on lectures or Internet) 1. Create a list of data items that will be stored in your project. For example, in library project, you may ask the librarian about business requirements. 2. List all the business requirements that you gathered from users. Make sure to explain what requirements gathering method you used. 3. Find and list all entities. 4. Find the attributes of entities (the attributes are data items that you already found) 5. Define restrictions for each attribute (e.g. Number of digits in student ID, range of values for Age attribute ) 6. Define relationships between entities and their types (Explain how you found the type of the relationships) 7. Create Entity-Relation (ER) model of your database. 8. Create necessary tables for your database. 9. Insert data in your tables. 10. Show in which normal forms your tables are. (1st NF, 2nd NF and 3rd NF) 11. Design necessary queries based on the requirements of the project 12. Write necessary SQL commands to create tables and queries (at least 15 queries with results which will be screenshots. At least 5 queries will be with JOIN statements). 13. Write a report for your project (put all steps explained above) 14. Implement your project using a DBMS (Oracle, MS-SQL, MYSQL or others except MS Access) a. Using MS-Access as database will not be tolerated
Choose a title, e.g. Database. (Company, Music, Movie, Library, Hospital or ...... University Databases are not accepted, because these databases are mentioned a lot on lectures or Internet) 1. Create a list of data items that will be stored in your project. For example, in library project, you may ask the librarian about business requirements. 2. List all the business requirements that you gathered from users. Make sure to explain what requirements gathering method you used. 3. Find and list all entities. 4. Find the attributes of entities (the attributes are data items that you already found) 5. Define restrictions for each attribute (e.g. Number of digits in student ID, range of values for Age attribute ) 6. Define relationships between entities and their types (Explain how you found the type of the relationships) 7. Create Entity-Relation (ER) model of your database. 8. Create necessary tables for your database. 9. Insert data in your tables. 10. Show in which normal forms your tables are. (1st NF, 2nd NF and 3rd NF) 11. Design necessary queries based on the requirements of the project 12. Write necessary SQL commands to create tables and queries (at least 15 queries with results which will be screenshots. At least 5 queries will be with JOIN statements). 13. Write a report for your project (put all steps explained above) 14. Implement your project using a DBMS (Oracle, MS-SQL, MYSQL or others except MS Access) a. Using MS-Access as database will not be tolerated
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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