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Mathematical Modeling with Maple, by William P. Fox
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With an innovative approach that leverages the power of the Maple computer algebra system as an analytical tool, MATHEMATICAL MODELING WITH MAPLE offers an effective introduction to mathematical modeling of compelling real world applications. Intended for students with a background in calculus, the text shows how to formulate, build, solve, analyze, and critique models of applications in math, engineering, computer science, business, and the physical and life sciences. The book utilizes Maple for computations, plotting results graphically, and dynamically analyzing results within the modeling process. Easy-to-follow software instructions are provided, and Maple syntax in the book is also offered online as Maple workbooks allowing students to quickly and interactively work problems as they read. MATHEMATICAL MODELING WITH MAPLE helps students develop their analytical skills while harnessing the power of cutting-edge modern technology, allowing them to become competent, confident problem solvers for the 21st century.
- Sales Rank: #1489392 in Books
- Published on: 2011-03-16
- Original language: English
- Dimensions: 10.25" h x 8.50" w x 1.00" l, 2.82 pounds
- Binding: Hardcover
- 592 pages
Review
1. INTRODUCTION TO MAPLE. The Structure of Maple. A General Introduction to Maple. Maple Quick Review. Maple Training. 2. INTRODUCTION, OVERVIEW, AND THE PROCESS OF MATHEMATICAL MODELING. Introduction. The Modeling Process. Illustrative Examples. 3. DISCRETE DYNAMICAL MODELS. Introduction. Modeling Discrete Change. Tower of Hanoi. Drug Dosage Problem. Time Value of Money. Simple Mortgage. The Spotted Owl. Equilibrium Values and Long-term Behavior. Nonlinear Discrete Dynamical Systems. Growth of a Yeast Culture. Spread of a Contagious Disease. Systems of Discrete Dynamical Systems. Merchants. Competitive Hunter Model. Fast Food Tendencies. Modeling Predator-Prey, SIR, and Military. Predator-Prey. SIR of an Epidemic. Modeling Military Insurgencies. 4. MODEL FITTING CRITERION. Introduction. Different Curve Fitting Criterion. Plotting the Residuals for a Least-Squares Fit. Bass Fish. Population. Bounding on Chebyshev's. 5. MODELING WITH PROPORTIONALITY AND GEOMETRIC SIMILARITY. Introduction. Proportionality. Kepler's Law. Bass Fishing Derby. Geometric Similarity. Heart Sizes. Crew Races. Terror Bird. 6. EMPIRICAL MODEL BUILDING. Introduction. Simple One Term Models. Bass Fishing Derby. Terror Bird Revisited. Fitting an (n - 1)st order Polynomials to N Data Points. Polynomial Smoothing. Cost of a U.S. Postage Stamp. The Cubic Spline Model. Population Fruit Flies. Vehicle Stopping Distance. Cost of a U.S. Postage Stamp. 7. LINEAR PROGRAMMING. Introduction. Formulating Linear Programming Problems. Product Mix of New Drinks. Financial Planning. Blending. Production Planning. Graphical simplex. CPU Memory Chips. Feasible Region. Minimization Problem. Unbounded Case. Graphical Sensitivity Analysis. The Simplex Method and Tableaus. Linear Programming with Maple. Data Envelopment Analysis. Ranking Banks. Ranking Banks as an LP. Sensitivity Analysis with Maple. 8. SINGLE VARIABLE OPTIMIZATION. Introduction. Single Variable Optimization and Basic Theory. Applications of Max-Min Theory. Chemical Company. Manufacturing. SP6 Computer Development. Applied Optimization Models. Inventory Problem. Oil Rig Location. Numerical Search Methods. Unrestricted Methods. Dichotomous Search. Golden Section Search. Fibonacci Search. Interpolation Methods. 9. MODELING USING UNCONSTRAINED OPTIMIZATION: MAXIMIZATION AND MINIMIZATION WITH SEVERAL VARIABLES. Introduction. Basic Theory. The Hessian Matrix. Unconstrained Optimization. Least Squares. Find the Island. Numerical Search Methods. Gradient Search. Modified Newton's Method. 10. EQUALITY AND INEQUALITY CONSTRAINED MULTIVARIABLE OPTIMIZATION. Introduction. Equality Constraints: Method of LaGrange Multipliers. Basic Theory. Graphical Representations. Cobb Douglas. Oil Transfers. Inequality Constraints: Kuhn-Tucker (KTC Condition). Spanning Cones. Two-variable Linear. Maximize Profit from Perfume. Minimum Variance of Investment Returns. 11. MODELS WITH LINEAR ALGEBRA. Introduction. Introduction to Systems of Equations. Models with Unique Solutions Using Systems of Equations. A Bridge Too Far. Leontief Economic Models. Least Squares Revisited. Natural Cubic Splines Revisited. Models with Infinite Solutions using Systems of Equations. Basic Chemical Balancing. Redox Equations. 12. ORDINARY FIRST ORDER DIFFERENTIAL EQUATIONS MODELS. Introduction. Applied First Order Models. Radioactive Decay. Newton's Law of Cooling. Mixtures. Population Models. Spread of a Disease. Slope Fields and Qualitative Assessment of Autonomous ODEs. Analytical Solutions to First ODEs. Separation of Variables. Linear Equations. Numerical Methods for Solutions to First Order Differential Equations. Euler's Method. Improved Euler's Method. Runga-Kutta 4 Method. 13. SYSTEMS OF LINEAR FIRST ORDER DIFFERENTIAL EQUATIONS. Introduction. Applied Systems of ODEs and Models. Economic Supply and Demand. Circuits. Competition. Predator-Prey. Diffusion. Insurgencies. Phase Portraits and Qualitative Assessment of Autonomous Systems. Fish Pond. Solving Homogeneous and Non-homogeneous Systems of ODEs with Constant Coefficients. Applied Systems with Maple. Diffusion. Diffusion through Two Membranes. Electrical Circuits. Numerical Methods to Systems of ODEs with Maple. Predator-Prey Model. 14. DISCRETE PROBABILITY MODELS. Introduction. Introduction to Classical Probability. Reliability Models in Engineering and Science. Overbooking Airlines Model. Markov Chains. 15. CONTINUOUS PROBABILITY MODELS. Introduction. Reliability Revisited. Modeling using the Normal Distribution. Confidence Interval and Hypothesis Testing. Regression: Linear, Transformed, and Nonlinear. 16. SIMULATION MODELS. Introduction. Introduction. Monte Carlo Simulation. Deterministic Behavior. Area Problems. Volume Problems. Probabilistic Behavior. Applied Simulation Models. Missile Attacks. Gasoline Inventory. 17. MODELING WITH GAME THEORY. Introduction. Zero-sum Games. Predator-Prey. Hitter-Pitcher Duel. Non- Zero-sum Games. Nash Arbitration. Illustrative Example: Artist's Guild Strike.
About the Author
William P. Fox is a professor in the Department of Defense Analysis at the Naval Postgraduate School in Monterey, CA. Previously; he was an instructor, assistant professor, associate professor, and professor of operations research while serving in the Department of Mathematical Sciences at the United States Military Academy (USMA) for more than 12 years. He also served as the Chair of Mathematics at Francis Marion University for eight years before coming to the Naval Postgraduate School. Dr. Fox has taught a variety of mathematics courses in his career, and his areas of interest include mathematical modeling, optimization, statistics, and simulations. He holds his undergraduate degree from USMA, a master's degree from the Naval Postgraduate School, and a Ph.D. from Clemson University.
Most helpful customer reviews
3 of 3 people found the following review helpful.
Great intro to Maple and full of wonderful examples!
By Douglas Lewit
Great book! Just wish the author had included a chapter on partial differential equations. But really an excellent book, I love it. Highly recommended.
2 of 3 people found the following review helpful.
Good Book for Modelling With Maple
By atembedded
Great for insight into modeling when system equations are not known in advance. Maple code is good.
Could use some more systems modeling techniques
6 of 10 people found the following review helpful.
Terribly edited book
By Oscar F.
I purchased the Kindle version of this book as it is required for a mathematical modeling course that I am taking this semester and the ebook version was less expensive. With every section, we are finding typo after typo in both the Kindle and printed versions. The latest example is in section 3.5, under SIR models. The equation used in the text is 5 = a*I(n)*S(n) = a(3)*(995), which doesn't make any sense. It should be 5 = a*I(n)*S(n) = a(3)*(997). What's even worse is that the Kindle version doesn't even have page numbers! What genius decided on that?
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