MP & Associates

• Simply THE BEST Mathematical (numeric, symbolic, graphical) computation system with the most extensive programming facilities, more than 3,000 functions, 2D/3D color graphics and animation with OpenGL and OpenVIZ support. Display and prints in standard math notation. Used world-wide by engineers, scientists and mathematicians. Includes math coprocessor support. Supports MathML 2.0 and exports to HTML. Can produce native C, FORTRAN, Java, VisualBasic and MATLAB code.
  Win, Mac, UNIX, LINUX (version 9), Amiga, DOS (version 4)

• General software system for mathematics and other applications. Handles numerical, symbolic and graphical computations and has a built-in programming language. Used world-wide by researchers, scientists, engineers, analysts and universities.
  Win, Mac, UNIX, Linux

• Mathematical analysis tool that integrates equations, text and graphics into a single "live" document. Includes many functions for mathematics, statistics, data analysis and graphics. For advanced users who need a wide range of math functions. Includes all the features of previous versions with new differential equations, advanced matrix functions, symbolic and numeric calculation power, World Wide Web connections, authoring and distribution capabilities, animation and programming capabilities, CAD and Excel add-in, MathML 2.0 support, HTML export. Older versions available too at reduced prices!
  Win

• Facilitates experimentation and calculation with functions. Enter functions in traditional mathematic notation rather than the "computer-ese" required by many other graphing packages. Easy to manipulate scales and axes, add text, symbols, and pictures to the display. Functions are easily modified and transferred between graphs. Graphs and print tables can be transferred into other programs. Functions may be fit to discrete data in a variety of ways, and scatter-plots of discrete data are easily produced.
  Mac

• Apollonius is an interactive sketch-based geometry system that allows the user to sketch in some geometry and then define it precisely by specifying the dimensions.
  Win

• Complete text of Calculus with Analytic Geometry, Fourth Edition by Howard Anton. Main features include searching, browsing, hyperlinks, bookmark, margin notes, highlighting and more. CD-ROM
  Win

• Easy-to-use complex number calculator for engineering and science. Evaluate expressions with mixed rectangular and polar form numbers. Extensive built-in functions. 15-Digit precision. Four registers to store expressions.
  Win

• Menu-driven math assistant that does numerical and symbolic equation solving, exact and approximate arithmetic, calculus, trigonometry, matrices and more. Derive plots expressions in 2D and 3D and provides interactive and recursive programmability.
  DOS

• Fast differential equation solver permits completely interactive programming and simulation of dynamic systems, to 2,000 scalar or matrix differential equations and 14 integration rules.
  DOS, UNIX

• Complete Fourier analysis dynamic link library (DLL) for C, FORTRAN, Pascal, or Visual Basic programming languages for Windows to transform signal as large as Windows allows. Includes Taper window functions. Single or double precision.
  Win

• Integrates complete Fourier analysis path with Windows Excel or 1-2-3. Includes mean removal, zero padding, windowing and FFT in real, imaginary, magnitudes, phase, power and frequency columns, dialog box access to all functions including Taper data window functions. Analyses up to 8,192 elements.
  Win

• Explore algebra. Mathematical functions with three representational tools: a calculator, a table-maker and a grapher. Each tool is displayed in a Window and these Windows are linked so information can be sent from one to the other. Construct tables of values and examine patterns within the values. A graph of a function can be tranformed and its effects on the functions equation can be seen immediately. Points from a data table can be sent to a graph Window. Buttons can be created on the calculatot to carry out often-repeated computations.
  Mac

• An easy to use data analysis, mathematical and statistical environment based on the powerful, fast and efficient GAUSS Matrix Programming Language. GAUSS is used to solve real world problems and data analysis problems of exceptionally large scale. Program development and program execution are FAST!
  Win

• Interactive numerical analysis and data visualisation software that gives scientists and engineers an integrated graphical environment for solving real world problems.
  Mac

• Interactive numerical analysis and data visualisation software that gives scientists and engineers an integrated graphical environment for solving real world problems.
  Mac

• Presents the mathematics of change and motion using multimedia-text, motion and sound- to create a dynamic non-linear educational tool. Interfaces with Mathcad, Mathematica, Maple and Derive. CD-ROM.
  Win

• Bundled package of IMSL C Numerical Libraries and IMSL Exponent Graphic. Expert C language mathematics, statistics and graphics functions for technical applications. Developed for Microsoft's Visual C++ compiler.
  NT

• Expertly developed and tested mathematical and statistical subroutines identical to those on other supported platforms. Designed for Microsoft's 16- and 32-bit PowerStation compilers. Includes nearly 1,000 subroutines.
  DOS, Win

• LAPACK is a modern linear algebra package intended to replace LINPACK.
  DOS

• Second Generation product! Symbolic-numerical-graphical mathematics package with realistic math notation renowned for its mathematical power and extensive on-line help. New release is 3 times faster and can export Windows metafiles to word processors. Vastly enhanced linear algebra, notebook documents and new graphics.
  Win, UNIX

• Solve non-linear partial differential equations with incredible ease - in solid mechanics, fluids, diffusion, heat transfer kinetics, electromagnetostatics and more. Automatically generates and refines finite element models and graphs the results. Solves static and time-dependent problems with 2 ½ space dimensions; solves most elliptic-parabolic systems of equations and some hyperbolic systems.
  Win

• An excellent solution for your partial differential equation problems. Bundle includes Macsyma and Partial Differential Equations at a special price.
  Win

• For advanced users who need a wide range of math functions. Includes all the features of Mathcad 6.0 PLUS new differential equations, advanced matrix functions, symbolic and numeric calculation power, World Wide Web connections, authoring and distribution capabilities, animation and programming capabilities.
  Win, Mac

• Solve first-order and second-order differential equations; systems of differential equations, find roots of polynomials, matrix functions, convolutions and correlation of sequences, convolution using FFTs, discrete Fourier transforms in two dimensions, digital filtering, conformal mapping, diffusion, Laplace equation, coordinate transformations, statistic equilibrium, polynomial least-squares, and plotting. Requires Mathcad.
  Win, Mac

• Illustrate basic algebra concepts easily and fast. Include solving and graphing linear equations, systems of linear equations, systems of inequalities, polynomials, complex numbers, graphing quadratic equations, conic sections, addition composition and inverses of functions, exponentials and logarithms, sequences, series and more. Requires Mathcad.
  Win, Mac

• Illustrate basic algebra concepts easily and fast. Include solving and graphing linear equations, systems of linear equations, systems of inequalities, polynomials, complex numbers, graphing quadratic equations, conic sections, addition composition and inverses of functions, exponentials and logarithms, sequences, series and more. Requires Mathcad.
  Win, Mac

• Illustrates an epsilon-delta machine, the secant method, the mean value theorem, the Riemann integral, the fundamental theorem of Calculus, improper integrals, curvature, the trapezoidal rule, the root and ratio tests, Taylor series and Fourier series. Requires Mathcad
  Win, Mac, DOS

• Includes motion of a driven spring, radioactive decay, bending in a beam, wave motion, electric circuit, models of epidemics, Markov chains and heat transform. Requires Mathcad 5.0+.
  Win, Mac

• Includes circuit analysis, motors, transformers, power supplies, transistors, amplifier circuits, electronic equipment maintenance, choosing the proper power supply, electronic equipment reliability and mirror and lens systems. Requires Mathcad.
  Win, Mac

• Covers exact methods and numerical approximation of solutions. Requires Mathcad.
  Win, Mac

• Includes ODEs, higher order equations, Eigenvalues, boundary-value problems, partial differential equations, Poisson equations, transforms, polynomials, contour integration, space curves and much more. Requires Mathcad.
  Win, Mac

• Topics include Runge-Kutta Method, Higher Order equations, predictor-corrector method, an implicit method for stiff systems, boundary-value problems: linear shooting, the Fredholm equation, Volterra equation, Wave equation, normal models of a circular membrane, the Poisson equation, spherical harmonics, elliptic integrals of the first and second kinds, Jacobian elliptic functions, orthogonal polynomials, translating polynomials, roots of polynomials, higher order derivatives and counting zeros. Requires Mathcad.
  Win, Mac

• Topics include scatter plots, deian and regression lines, graphing composition and inverses, polynomials and rational functions, roots of polynomials, exponential and logarithmic functions. Requires Mathcad.
  Win, Mac

• includes elementary birth-death systems, multiple server systems, finite capacities systems, finite population systems, general service systems, priority queuing systems. Requires Mathcad.
  Win, Mac

• Includes column buckling and elastic stability, stress force and deflection for beams, section properties (moment of inertia, plastic section modules etc.), combined loading problems, non-isotropic material stress analysis, collapse loads with plastic hinge locations for straight beams; stress, strain and deformation for axisymmetric loading and eccentric loading, vibration and natural frequencies, stress concentrations factors, torsional loading problems, combined stress formulas and infinite-length beam analysis. Requires Mathcad.
  Win, Mac

• Includes curved beam cross-section properties: distance to centroidal axis and neutral axis and stress ratio; stress, force and deflection for curved beams in bending, torsion, rings and arches; section properties including moments of inertia and plastic section moduli; torsional loading problems, buckling of curved columns, distortion of tabular sections and beam analysis for a varying section. Requires Mathcad.
  Win, Mac

• Solve first-order and second-order differential equations; systems of differential equations, find roots of polynomials, matrix functions, convolutions and correlation of sequences, convolution using FFTs, discrete Fourier transforms in two dimensions, digital filtering, conformal mapping, diffusion, Laplace equation, coordinate transformations, statistic equilibrium, polynomial least-squares and plotting. Requires Mathcad.
  Win, Mac

• Ordinary and partial differential equations, including methods for both initial value and boundary value problems, eigenvalue problems and phase plots. Integral equations, contour integration, special function evaluation, continued fractional expansion and elliptical integrals, Bessel functions. Includes graphical techniques such as integrated mapping for examining chaotic behavior and space curves. Requires Mathcad.
  Win, Mac

• Includes arithmetic, basic functions, linear algebra, matrix arithmetic, complex numbers, graphs, calculus, symbolic computations, statistics and equation solving. Requires Mathcad.
  Win, Mac

• Includes arithmetic, basic functions, linear algebra, matrix arithmetic, complex numbers, graphs, calculus, symbolic computations, statistics and equation solving. Requires Mathcad 5.0.
  Win, Mac

• Includes population means and variances, testing proportions, multiple population parameters, sign test, signed rank test, Mann-Whitney U-test, Kruskal-Wallis test, contingency tables and chi-square, ANOVA and tests of randomness. Requires Mathcad.
  Win, Mac

• Includes point estimates, confidence intervals, least squares estimators, ANOVA, goodness-of-fit, multiple regression, cross validation and prediction, non-linear modelling, data smoothing and descriminant analysis. Requires Mathcad.
  Win, Mac

• Sophisticated, powerful, yet easy-to-learn Mathematica-based package for doing elementary and advanced tensor analysis. Provides 250 functions and objects. used in physics, mathematics, engineering, chemistry, medical research and other applications.
  Win, Mac, UNIX

• Includes specialised tools for signal processing with higher-order spectrum estimation either by conventional or parametric approaches, magnitude and phase retrieval, adaptive linear prediction, harmonic retrieval, quadratic phase coupling, time-delay estimation and array signal processing. Requires Matlab.
  Win

• Tools for frequency responses, time simulations of multivariate linear systems, structured singular value analysis, H optimal control design, "D-K" iteration, balanced realisations, Hankel norm computation and more. Requires MATLAB.
  Win

• Tools for general optimisation of non-linear functions. includes tools for linear programming, non-negative least squares and solving non-linear equations. Requires MATLAB.
  Win, Mac

• Design control systems involving constraints on the manipulated or controlled variables. Includes finite step response, continuous or discrete transfer functions, space-state models, calculates closed-loop poles, gains, frequency response and singular values. Requires MATLAB.
  Win

• Tools for digital signal processing and time series analysis. Implements digital filtering and power spectrum estimation techniques. Requires MATLAB.
  Win, Mac

• Build and use of piece-wise polynomial functions. Requires MATLAB.
  Win, Mac

• Version of Maple integrated into MATLAB. Requires MATLAB.
  Win, Mac

• Build Mathematical models of dynamic systems, based upon observed input-output data. Performs parametric estimation, spectral and correlation analysis, simulation, model validation and order selection.
  Win, Mac

• Supplement for courses teaching the applications of matrices, or relying on matrix operations for carrying out calculations. Students can easily enter data, then carry out a complex set of matrix operations with a single command; contains over 24 operators including addition, determinants and eigenvectors. Create a sequence of matrix operations to perform a calculation based on matrix algebra. Store matrices as icons in a worhsheet or for future use.
  Mac

• Transforms a matrix to reduced echelon form, solves a linear system, multiplies two matrices, finds the inverse of a matrix, and explains row reductions and matrix multiplication. Students watch the program solve problems automatically, accompanied by detailed explanations.
  Mac

• Advanced package with over 400 built-in functions for data analysis and experimental mathematical problems. Well suited for modelling and model-fitting problems such as multiple site ligand binding analysis, chemical kinetics and pharmacological compartmental analysis, drug combination analysis, spectral analysis and ultracentrifuge data analysis. Command-driven for the professional data analysis.
  Mac, DOS, UNIX

• Advanced calculator for the Macintosh with hundreds of math, science, engineering, finance, statistics and computer science functions. Worksheet handles multiline problems.
  Mac

• Create real world probability situations and accurately analyze results with this easy-to-operate probability simulator. Perfect for introductory courses on probability, the program involves students in every stage of probability analysis from selecting the parameters to running the random generator. Documentation includes lab lessons which lead students through the processes of building a mixer, drawing a sample, analyzing the results, reshaping data records, and repeating analyses on different data sampes. A "hands-on" experience that reinforces the key concepts of probability and makes learning more memorable.
  Mac

• Numeric ODE solver. Calculates ODEs of arbitrary order n or a system of n first-order equations. Menu-driven.
  DOS

• A version of VisSim able to create smaller models than VisSim.
  Win

• Seamlessly integrates the world-renowned IMSL C/Math/Library, used at more than 80% of the world's supercomputer sites with PV-WAVE. Get the ultimate in accurate, robust and efficient numerical routines for optimisation, linear and non-linear analysis, differentials, interpolation, probability distributions and many other advanced math functions.
  Win

• Simulates discrete systems involving queues. Range of distributions, sampling, error-checking, forward and backward tracking, Transit and Markitem procedures and more.
  DOS

• Solve queuing system problems with advanced numerical procedures. QUEST is easy-to-use and only requires a knowledge of basic probability concepts. Documentation includes much theory and concepts.
  DOS

• Simulates non-linear differential equations with many operators including backlash, bound, dead-band, delay, quantization, limited integration, table lookups. Publication-quality graphics. Written in the GAUSS programming language.
  DOS

• Pen-based drawing tool that makes sketching accurate detailed drawings easy and quick. As dimensions are added SketchRight automatically recognises the numbers and adds dimensioning information linking the values to your sketch. Requires Pen Windows.
  Win

• Advanced RPN calculator that includes algebraic equations, complex numbers, matrices, graphics, statistics, calculus, unit conversions, a programming language and more. Over 750 functions to solve your problems easily.
  Win

• Solve mixed systems of linear and non-linear algebraic and differential equations with this easy-to-use program. Handles large problems, function definitions, algebraic or differential equations. Control colors, labeling, grid lines and output.
  DOS

• Powerful environment for developing mathematical-based applications. Matrix programming language with complete graphics, on-line documentation, application development tools and proven algorithms: all in one complete and easy-to-use program.
  DOS, UNIX

• Enhanced environment for engineers and scientists that solves problems forward and backward. This rule-based system can be used as an algebraic problem-solving tool, mathematical model builder and knowledge management system.
  DOS, Win

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