TECHNOLOGY‚ INFORMATION‚ AND SOCIETY The Plan * 3 great moments in human history (3 eras) * Technology: progression and shock * A Lesson from History: The Automobile (classic vs. expressive technology) * The current example: IT Three Great Moments in Human History (1) First Wave – Agrarian Revolution a. Wealth is in the land (exhaustible / exclusive) (2) Second Wave – Industrial Revolution (mass production and assembly line) b. Wealth is in the labor‚ land
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Unstructured questions:- randomly asking the questions. Designing a system For this purpose‚ we use diagram like ER diagram‚ UML diagram‚ and DF diagram. * UML: - UNIFING MORDELING LANGUAGE * DFD: - DATA FLOW DIAAGRAM * ERD: - ENTITY RELATIONSHIP DIAGRAM. Implementation Implementing the design system with coding for this purpose programming languages like C++‚ JAVA‚ and C #. TESTING Testing the coding with relevant testing methods. * 1 2 3 4 Unit testing: - checking
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SCHOOL MANAGEMENT SYSTEM PROJECT REPORT By- PRAVEEN SHEKHAR PANKAJ PANDEY PUNEET KUSHWAHA NEERAJ CHAUDHARY Under Able Guidance of- Mr. S.S. Soam Department of Computer Science & Engineering Institute of Engineering & Technology‚ Lucknow Institute of Engineering & Technology Lucknow Abstract We propose a system that shall enable a SCHOOL MANAGEMENT SYASTEM interfaced with a computer to be managed remotely using personal computers. A client running on the user’s computer would connect to a central
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an Entity Relationship Data Model that describes the content and structure of the data held by Petcare. Specify the cardinality ratio and participation constraint of each relationship type. Answer: I have prepared this assignment to demonstrate an understanding of applying data modeling and analysis techniques to the design and development of database solutions. I am as a sub-contracted to design the database system supporting the Veterinary Doctor for the Petcare. Entity relationship Model:
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collect‚ store‚ analyzed and present information as part of a research process in a given discipline. d) The study or description of methods. At the stage of analysis‚ we had followed the waterfall Development Methodology. The waterfall model is a sequential software development process‚ in which progress is seen as flowing steadily downwards though the phases of Conception‚ Initiation‚ Analysis‚ design‚ Construction‚ Testing and Maintenance. 1.4 Benefit of the project Online tourism
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representing data or time. Patient Table: Fields | Data Type | Relationships | Pid | Varchar(5) | Primary Key | name | Varchar(20) | Not Null | age | int | Not Null | weight | int | Not Null | gender | Varchar(10) | Not null | address | Varchar(50) | Not Null | phoneno | int | Not Null | disease | Varchar(20) | Not Null | doctorid | Varchar(5) | Not Null | Doctor Table: Fields | Data Type | Relationships | doctorid | Varchar(5) | Primary Key | doctorname | Varchar(15)
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Recommended Requirements Gathering Practices We are NOT DOING A SYSTEM REQ’T ANALYSIS!! Systems development Process of creating information system Database development Process of database design and implementation Creation of database models Implementation Creating storage structure Loading data into database Providing for data management 4 Systems Development Life Cycle System Analysis Database Lifecycle (DBLC) 5 Database Life Cycle (DBLC) Phase 1 Phase 2 Phase
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Animation……………………………………………………………………………………………………….10 5. Results…………………………………………………………………………………………………………….11 4. Discussion……………………………………………………………………………………………………….15 5. Conclusion………………………………………………………………………………………………………16 * Introduction: In this project a model was built to simulate processes of an automobile assembly plant‚ which is divided into three main departments: 1) The body shop: it is the first department of the plant‚ where the assembly process starts. In this department‚ two raw materials are
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database starts with a model that shows how the database will relate and all the information that is needed a successful model will have: * The database model mirrors the operations of the organization * Be flexible enough to allow changes as new information needs arise. * Supports many different views. (Ricardo‚ 2012) In the Entity-Relationship Diagram (ERD)‚ we start by identifying the entities. In this instance we will use Instructors and Courses as are entities. Next we will identify
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Business Rules 14 4. Data Requirements 15 4.1. Data Architecture 15 4.1.1. Domain Class Diagram 16 4.1.2. Entity Relationship Diagram 16 4.2. Data Volumes 17 4.3. Data Conversion 17 4.4. Data Retention and Archiving 17 4.5. FOI/Privacy Implications 18 4.6. Data Definition Reports 19 4.6.1. Domain Class Definition Report 19 4.6.2. Entity Definition Report 20 5. Non-Functional requirements 21 5.1. Security Requirements 21 5.1.1. Authentication 21
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