#matlab #programming
Step 4 Algorithm. Design the step-by-step procedure in a top-down process that decomposes the overall problem into subordinate problems. The subtasks to solve the latter are refined by designing an itemized list of steps to be programmed. This list o f tasks is the structure plan and is written in pseudo- code (i.e., a combination of English, mathematics, and anticipated MATLAB commands). The goal is a plan that is understandable and easily translated into a computer language.
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Open itblem to be solved. Step 2 Problem statement. Develop a detailed statement of the mathematical problem to be solved with a computer program. Step 3 Processing scheme. Define the inputs required and the outputs to be pro- duced by the p rogram. <span>Step 4 Algorithm. Design the step-by-step procedure in a top-down process that decomposes the overall problem into subordinate problems. The subtasks to solve the latter are refined by designing an itemized list of steps to be programmed. This list o f tasks is the structure plan and is written in pseudo- code (i.e., a combination of English, mathematics, and anticipated MATLAB commands). The goal is a plan that is understandable and easily translated into a computer language. Step 5 Program algorithm. Translate or convert the algorithm into a computer language (e.g., MATLAB) and debug the syntax errors until the tool executes successfully. Step 6 Evaluation.
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