Analysis - Understanding the problem to be solved, identifying needs, and gathering requirements., Design - Creating a blueprint for how the program will function, including structure diagrams, pseudocode, and flowcharts., Coding (Development) - Writing the actual source code to implement the design., Testing - Evaluating the program using test data to ensure it works as intended and meets the requirements., Abstraction - Removing unnecessary detail to focus on the important aspects of a problem., Decomposition - Breaking down a problem into smaller, manageable parts., Requirements Specification - A detailed list of what the software must do, based on the analysis of user needs., Problem Identification - Clearly defining what the issue is before attempting to solve it., Structure Diagram - A graphical representation showing how a problem is broken down into parts., Flowchart - A diagram that represents the steps in an algorithm using standard symbols., Pseudocode - A readable description of what a computer program or algorithm must do, written in informal language., Iterative Testing - Testing each version or change of a program during development to catch errors early., Test Data - Sample inputs used to check if the program produces the correct outputs., Expected Output - The correct result that should be returned by a program when given test data., Algorithm - A set of steps or rules to be followed in calculations or problem-solving operations., User Requirements - Statements that describe what the user expects the software to be able to do., Sub-System - A smaller part of a system that performs a specific function and contributes to the larger system., Modular Design - Breaking down software into modules that can be developed and tested independently., Agile Development - A software development methodology focused on iterative progress and user feedback., Waterfall Model - A sequential development process with distinct phases such as analysis, design, coding, and testing., Rapid Application Development (RAD) - A form of software development that emphasizes quick development and iteration with user feedback., Incremental Development - Building software in small increments where each builds on the previous.,

Unit 8 Algorithms - T1 Development life cycle - Match Up

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