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Engineering Problem Solving with Matlab

Delores M. Etter

Open publisher page 97 citations

Abstract

I. FUNDAMENTAL ENGINEERING COMPUTING. 1. Engineering Problem Solving. 2. MATLAB Environment. 3. MATLAB Functions. 4. Linear Algebra and Matrices. II. NUMERICAL TECHNIQUES. 5. Solutions to Systems of Linear Equations. 6. Interpolation and Curve Fitting. 7. Numerical Integration and Differentiation. 8. Ordinary Differential Equations. III. SPECIAL TOPICS. 9. Symbolic Mathematics. 10. Signal Processing. 11. Control Systems. Appendix A: MATLAB Function Summary. Complete Solutions to Practice! Problems. Index.

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What this paper is about

I. FUNDAMENTAL ENGINEERING COMPUTING. 1. Engineering Problem Solving. 2. MATLAB Environment. 3. MATLAB Functions. 4. Linear Algebra and Matrices. II. NUMERICAL TECHNIQUES. 5. Solutions to Systems of Linear Equations. 6. Interpolation and Curve Fitting. 7. Numerical Integration and Differentiation. 8. Ordinary Differential Equations. III. SPECIAL TOPICS. 9. Symbolic Mathematics. 10. Signal Processing. 11. Control Systems. Appendix A: MATLAB Function Summary. Complete Solutions to Practice! Problems. Index.

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Available abstract

I. FUNDAMENTAL ENGINEERING COMPUTING. 1. Engineering Problem Solving. 2. MATLAB Environment. 3. MATLAB Functions. 4. Linear Algebra and Matrices. II. NUMERICAL TECHNIQUES. 5. Solutions to Systems of Linear Equations. 6. Interpolation and Curve Fitting. 7. Numerical Integration and Differentiation. 8. Ordinary Differential Equations. III. SPECIAL TOPICS. 9. Symbolic Mathematics. 10. Signal Processing. 11. Control Systems. Appendix A: MATLAB Function Summary. Complete Solutions to Practice! Problems. Index.

Key concepts: MATLAB, Interpolation (computer graphics), Computer science, Linear algebra, Ordinary differential equation, Applied mathematics, Algebra over a field, Linear system

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