applications/Black-Scholes Model: Example to compute the option price using three different methods.
applications/DC Motor Control Design: Example to obtain the transfer function and state space model of a system, and then design a LQR controller.
applications/Digital Filter Design: An application that demonstrates the design and analysis of a discrete filter.
applications/Fractal: An example that uses fractal geometry to create images of the Mandelbrot and Julia sets and explore the fractals.
applications/Frequency Domain System Identification: Example of determining the parameters of a model when its structure is known.
applications/Harmonic Oscillator: An application that illustrates a second order harmonic oscillator under different control strategies.
applications/Image Processing: An application that tests the effectiveness of image processing algorithms.
applications/PaintProcess: An application that illustrates how Maple was used to identify and subsequently correct the source of error between the model-predicted and actual concentrations of paint produced.
applications/Radiator Design: An application that demonstrates the use of Maple's connectivity to CAD systems, and presents a typical use-case, for the design of a radiator assembly.
applications/Signal Generation: Example that demonstrates how to efficiently generate signals.
applications/StabilityAnalysis: An application that shows how Maple can be used to control the re-entry path of a space shuttle by examining the boundaries of constant gain and phase margins.
applications/Yahtzee: A simulation of the dice game that was implemented using the Maple programming language.
examples/addtable: Extending the power of the integral transforms in Maple.
examples/AdvancedMapletsLayout: An example Maplet application providing detailed information on how Maplet layouts work.
examples/AlertMaplet: An example Maplet application providing advanced information for the Alert example Maplet application.
examples/algcurve: A package for working with algebraic curves.
examples/applyrl: Rule-based symbolic programming.
examples/archi: Archimedean solids.
examples/BezoutMatrixMaplet: An example Maplet application providing advanced information for the advanced LinearAlgebra BezoutMatrix Maplet application.
examples/binarytree: A demonstration of programming a Maple package.
examples/BranchCuts: A visual exploration of branches and branch cuts for the inverse trig and hyperbolic functions.
examples/Calculus1Derivatives: Differentiation in the visualization component of the Student[Calculus1] package.
examples/Calculus1DiffApps: Differentiation applications in the visualization component of the Student[Calculus1] package.
examples/Calculus1IntApps: Integration applications in the visualization component of the Student[Calculus1] package.
examples/Calculus1Integration: Integration in the visualization component of the Student[Calculus1] package.
examples/Calculus1SingleStepping: An overview of single-step problem solving in the Student[Calculus1] package.
examples/Calculus1Tangents: Tangents, function inverses, and plotting by sampling in the visualization component of the Student[Calculus1] package.
examples/Calculus1Theorems: Differentiation theorems in the visualization component of the Student[Calculus1] package.
examples/Calculus1Visualization: An overview of visualization in the Student[Calculus1] package.
examples/CodeGeneration: An introduction to the Maple package that controls the translation of Maple code to other languages.
examples/combstruct_attributes: Attribute grammars are a way to express recursively defined properties of structures. They are available in the combstruct package.
examples/combstruct_gen_funcs: It is possible to produce generating function equations and to solve some of them. Also, there is the allstructs function which performs exhaustive structure generation.
examples/combstruct_grammars: An introduction to combstruct. Learn the basics of specifications, how to get counting sequences, and how to use predefined structures (including subsets, permutations, and combinations).
examples/combstruct_sample_structs: A simple collection of combstruct examples showing how to generate random trees, investigate the distribution of height by simulation, enumerate functional graphs, alcohols, necklaces, expression trees, and more.
examples/CommandTemplate: Template for top-level command help page.
examples/ConditionNumberMaplet: An example Maplet application providing advanced information for the advanced LinearAlgebra ConditionNumber Maplet application.
examples/ConfirmMaplet: An example Maplet application providing advanced information for the example Confirm Maplet application.
examples/ContextMenu: Examples of context menu use.
examples/CurveFitting: The CurveFitting package.
examples/DatabaseGrades: An example of creating and modifying a database.
examples/DefaultUnits: Using units in the default Maple environment.
examples/define: Using the Maple define command to specify a function by its behavior.
examples/deplot: Special facilities for plotting solutions of differential equations.
examples/deplot3d: Plotting solutions of differential equations in three dimensions.
examples/DEplotSystems: Describes the default models for the DEplot[interactive] differential system tool.
examples/diffalg: Differential algebra package.
examples/diffop: A subpackage (of DEtools) for differential operators.
examples/Domains: A tool for developing code for complicated algorithms.
examples/dsolve_numeric_NewErrorControl: An introduction to error control methods for numerical ODE solutions.
examples/dual: Duality of polyhedra.
examples/elliptic: Elliptic integrals examples.
examples/elliptic2: Elliptic integrals examples.
examples/evalntype: One of the extensions to the Maple type system.
examples/ExampleMaplets: An overview of example Maplet applications.
examples/Explore: Examples of the use of the Explore command to construct and insert a collection of embedded components used to explore an expression or a plot.
examples/ExternalCalling: An introduction to the use of external compiled code.
examples/ExternalCode: Sample command lines for building an OpenMaple application.
examples/FileTools: An overview of the FileTools package and selected examples.
examples/finance: Examples for the finance package.
examples/fourier: An illustration of the Fourier transform in Maple.
examples/functionaloperators: Defining and using various forms of functional operators.
examples/geometry: The Maple geometry package.
examples/GetColorMaplet: An example Maplet application providing advanced information for the GetColor example Maplet application.
examples/GetEquationMaplet: An example Maplet application providing advanced information for the GetEquation example Maplet application.
examples/GetExpressionMaplet: An example Maplet application providing advanced information for the GetExpression example Maplet application.
examples/GetFileMaplet: An example Maplet application providing advanced information for the GetFile example Maplet application.
examples/GetInputMaplet: An example Maplet application providing advanced information for the GetInput example Maplet application.
examples/GMP: An introduction to the GNU Multiple Precision (GMP) integer library and Maple exact arbitrary-precision integer arithmetic.
examples/GraphTheory: An Overview of the GraphTheory package.
examples/hankel: The Hankel transform.
examples/hilbert: The Hilbert transform.
examples/HilbertMatrixMaplet: An example Maplet application providing advanced information for the advanced LinearAlgebra HilbertMatrix Maplet application.
examples/IntegrationMaplet: An example Maplet application providing advanced information for the advanced Integration Maplet application.
examples/Interpolation_and_Smoothing: An introduction to interpolation and smoothing of given two-dimensional and three-dimensional data in Maple.
examples/LA_Linear_Solve: Using the LinearAlgebra package to solve systems.
examples/LA_NAG: Using the LinearAlgebra package with NAG routines.
examples/LA_options: LinearAlgebra package options.
examples/LA_Syntax_Shortcuts: LinearAlgebra package shortcuts.
examples/laplace: The Laplace transform.
examples/lexical: An explanation of lexical scoping in Maple.
examples/LinearAlgebraComputation: An overview of matrix and vector computations in the Student[LinearAlgebra] subpackage.
examples/LinearAlgebraInteractive: An overview of the Maplet interface routines in the Student[LinearAlgebra] subpackage.
examples/LinearAlgebraMigration: An overview of converting worksheets that use the superseded linalg package to use the LinearAlgebra and VectorCalculus packages.
examples/LinearAlgebraVisualization1: An overview of visualization for vector, plane, and linear system problems in the Student[LinearAlgebra] subpackage.
examples/LinearAlgebraVisualization2: An overview of visualization for least squares approximation and eigenvector problems in the Student[LinearAlgebra] subpackage.
examples/linearode: Examples of determining closed-form solutions using dsolve.
examples/MapletBuilder: An introduction to creating Maplets using Maplet Builder.
examples/MapletBuilderAdvanced: An introduction to creating Advanced Maplets using Maplet Builder.
examples/MapletsLayout: An introduction to Maplet application layout and design.
examples/MapletsStyleGuide: A list of guidelines for writing readable Maplet application code.
examples/MapletsTutorial: An introduction to writing Maplet applications.
examples/Mathieu: An overview of the Mathieu mathematical functions in Maple.
examples/matlab: A demonstration of the Matlab package.
examples/MatrixNormMaplet: An example Maplet application providing advanced information for the advanced LinearAlgebra MatrixNorm Maplet application.
examples/mellin: The Mellin transform.
examples/memo: Using modules to implement memoization.
examples/MessageMaplet: An example Maplet application providing advanced information for the Message example Maplet application.
examples/minimize: Using the Maple minimize command.
examples/MultivariateCalculus: Overview of the Student[MultivariateCalculus] package.
examples/NaturalUnits: Using units in the Natural Units environment.
examples/numeric_DAE: Overview of using numeric differential-algebraic equation solvers.
examples/obj: Using modules to model objects.
examples/Optimization: Overview of using the Optimization package to find local optima. It includes linear programming, quadratic programming, nonlinear programming, and least squares examples.
examples/OptimizationLPSolve: Examples of using the Optimization:-LPSolve command and a brief explanation of the algorithms used.
examples/OptimizationMatrixForm: Overview of using the matrix-form calling sequences in the Optimization package.
examples/Ore_algebra: The Ore algebras package.
examples/PackageCommandTemplate: Template for package command help page.
examples/PackageOverviewTemplate: Template for package overview help page.
examples/patmatch: How to use the Maple pattern-matching algorithms.
examples/Physics: Examples for the Physics package.
examples/piecewise: Using the piecewise function.
examples/poincare: A package for Hamiltonian equations.
examples/PolynomialIdeals: Overview of the PolynomialIdeals package.
examples/QDifferenceEquations: An overview of the QDifferenceEquations package.
examples/QRDecompositionMaplet: An example Maplet application providing advanced information for the advanced LinearAlgebra QRDecomposition Maplet application.
examples/QuestionMaplet: An example Maplet application providing advanced information for the Question example Maplet application.
examples/regular: Regular polygons.
examples/RegularChains: Studying and solving polynomial systems with the RegularChains library.
examples/SCApps: Applications of the ScientificConstants package.
examples/SEAApps: Applications of the ScientificErrorAnalysis package.
examples/SelectionMaplet: An example Maplet application providing advanced information for the Selection example Maplet application.
examples/ShowTableMaplet: An example Maplet application providing advanced information for the advanced ShowTable Maplet application.
examples/SingularValuesMaplet: An example Maplet application providing advanced information for the advanced LinearAlgebra SingularValues Maplet application.
examples/slode: The Slode package.
examples/solve: The Maple equation solver.
examples/specfcn: Illustrations of special functions available in Maple.
examples/spread: A package for programmatically manipulating spreadsheets.
examples/StandardUnits: Using units in the Standard Units environment.
examples/StatisticsDataSmoothing: An overview of the Statistics package commands for performing data smoothing.
examples/StatisticsEstimation: An overview of the Statistics package commands for statistical estimation, including maximum likelihood estimation.
examples/StatisticsHypothesisTesting: An overview of the Statistics package commands for hypothesis testing and inference.
examples/StatisticsProbabilityDistributions: An overview of the Statistics package commands for statistical distributions and manipulating random variables.
examples/stellate: Stellated polyhedra.
examples/string: Using strings in Maple.
examples/StudentNumericalAnalysis: An Overview of the Student[NumericalAnalysis] subpackage.
examples/StudentPrecalculus: An overview of the Student[Precalculus] subpackage.
examples/StudentVectorCalculus: An overview of the Student[VectorCalculus] subpackage.
examples/Task: Examples using the Task Programming Model for multithreaded programming.
examples/Threads: An overview of the Threads package.
examples/transform: Geometric transformations.
examples/UsefulMapleFunctions: An overview of some useful maple functions.
examples/VectorCalculus: An overview of vector calculus package.
examples/VectorNormMaplet: An example Maplet application providing advanced information for the advanced LinearAlgebra VectorNorm Maplet application.
examples/Wavelets: An introduction to the mathematical concepts behind the wavelet transforms available, and the ways in which you would implement such concepts in Maple.
examples/WorksheetPackage: An introduction to programmatic worksheet access with the Worksheet package.