Sinopsis
Engineering often involves applying a consistent, structured approach to the solving of problems. A general problem-solving approach and method can be defined, although variations will be required for specific problems. Problems must be approached methodically, applying an algorithm, or step-by-step procedure by which one arrives at a solution.
The mathematical algorithm developed in the previous step must be translated into a computational algorithm and then implemented as a computer program. The steps in the algorithm should first be outlined and then decomposed into smaller steps that can be translated into programming commands. One of the strengths of Matlab is that its commands match very closely to the steps that are used to solve engineering problems; thus the process of determining the steps to solve the problem also determines the Matlab commands. Furthermore, Matlab includes an extensive toolbox of numerical analysis algorithms, so the programming effort often involves implementing the mathematical model, characterizing the input data, and applying the available numerical algorithms.
Content
- Engineering Problem Solving
- Matlab Technical Computing Environment
- Files and File Management
- Trigonometry and ComplexNum bers
- Arrays and Array Operations
- Mathematical Functions and Applications
- DataAnalysis
- Selection Programming
- Vectors, Matrices and Linear Algebra
- Curve Fitting and Interpolation
- Integration and Differentiation
- Strings, Time, Base Conversion and Bit Operations
- Symbolic Processing
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