Computer-Science-A-level-Ocr
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3-3-networks8 主题
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3-2-databases7 主题
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3-1-compression-encryption-and-hashing4 主题
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2-5-object-oriented-languages7 主题
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2-4-types-of-programming-language4 主题
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2-3-software-development5 主题
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2-2-applications-generation6 主题
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2-1-systems-software8 主题
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1-3-input-output-and-storage2 主题
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1-2-types-of-processor3 主题
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1-1-structure-and-function-of-the-processor1 主题
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structuring-your-responses3 主题
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the-exam-papers2 主题
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8-2-algorithms-for-the-main-data-structures4 主题
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8-1-algorithms10 主题
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7-2-computational-methods11 主题
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7-1-programming-techniques14 主题
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capturing-selecting-managing-and-exchanging-data
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entity-relationship-diagrams
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data-normalisation
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relational-databases
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hashing
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symmetric-vs-asymmetric-encryption
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run-length-encoding-and-dictionary-coding
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lossy-and-lossless-compression
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polymorphism-oop
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encapsulation-oop
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inheritance-oop
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attributes-oop
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methods-oop
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objects-oop
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capturing-selecting-managing-and-exchanging-data
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6-5-thinking-concurrently2 主题
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6-4-thinking-logically2 主题
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6-3-thinking-procedurally3 主题
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6-2-thinking-ahead1 主题
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6-1-thinking-abstractly3 主题
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5-2-moral-and-ethical-issues9 主题
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5-1-computing-related-legislation4 主题
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4-3-boolean-algebra5 主题
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4-2-data-structures10 主题
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4-1-data-types9 主题
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3-4-web-technologies16 主题
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environmental-effects
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automated-decision-making
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computers-in-the-workforce
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layout-colour-paradigms-and-character-sets
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piracy-and-offensive-communications
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analysing-personal-information
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monitoring-behaviour
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censorship-and-the-internet
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artificial-intelligence
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the-regulation-of-investigatory-powers-act-2000
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the-copyright-design-and-patents-act-1988
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the-computer-misuse-act-1990
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the-data-protection-act-1998
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adder-circuits
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flip-flop-circuits
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simplifying-boolean-algebra
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environmental-effects
rapid-application-development-rad
Rapid Application Development (RAD)
What is rapid application development?
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Rapid Application Development (RAD) is a software development methodology that emphasises fast and iterative development
Steps in the model
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Requirement planning: Gather general system requirements, define constraints and assumptions
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User design and prototyping: Collaborate with users to develop prototypes, ensuring alignment with user needs
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Construction or iterative development: Build the system incrementally, with continuous user feedback and adaptation
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Cutover or deployment: Transition the product into the live environment, including user training, support, and documentation
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Maintenance and updates: Continue to adapt and improve the system based on user feedback and needs

Rapid Application Development (RAD) Model of Software Development
Benefits
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Speed: Enables rapid development and delivery of a high-quality system at a relatively low investment cost
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User involvement: Clients are involved throughout the development process, ensuring that the system aligns with user needs and expectations
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Flexibility: Allows for changes and adaptations to be made quickly as requirements evolve
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Incremental development: Promotes development in small increments, with constant feedback and adaptation
Drawbacks
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Dependent on strong team collaboration: Requires skilled and collaborative team members, which can be a challenge to assemble
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Potential lack of quality: The focus on speed might lead to skipping rigorous testing or documentation, impacting the quality
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Not suitable for small projects: The intense collaboration and iterative approach might be overkill for simple or small-scale projects
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Can lead to scope creep: The flexible nature may lead to uncontrolled changes in requirements
Suitability
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Rapid Application Development is most suitable for projects where rapid delivery is required and where requirements can be developed and refined on the go
Responses