Tuesday, August 31, 2010

Wolfram Mathematica 7



Mathematica for Students packs the same punch as the professional version, meaning that students can utilize the same technology used by Nobel Prize winners, scientists, mathematicians, and educators worldwide, but at a fraction of the price. Mathematica for Students can help you with projects of all sizes–from simple calculator operations to high-level software development.

Complete your homework

Mathematica can perform symbolic as well as numeric computations. This means that in addition to being a calculator, it can help you with algebra, calculus, and the sciences.

Excel in science, economics, and mathematics

In addition to its 2,500 built-in functions, Mathematica for Students also contains a vast library of integrated data sources to help you with classes across many disciplines.

Features
  • * Built-In Image Processing & Analysis:Introducing a new generation of industrial-strength image processing, built into Mathematica’s integrated algorithm, programming, and interface platform.
  • * Built-In Parallel Computing: Take advantage of the latest multicore processors with Mathematica’s new automatic parallel computing technology–seamlessly parallelizing your computations.
  • * Visualization & Graphics.
  • * Automated Charting Graphics: Algorithmic information visualization takes a major step forward by using Mathematica’s symbolic architecture, flexible graphics, and automatic computational aesthetics.
  • * New Graphics Primitives:Tubes, rounded rectangles, and 3D arrows join the powerful primitives integrated into Mathematica’s graphics system.
  • * Vector & Field Visualization: Create automatically optimized visualizations of vector fields and streamlines–for fluids, electrodynamics, and other fields.
  • * Comprehensive Spline Support: The world’s most general splines, in any number of dimensions, fully integrated into computation and graphics.
  • * High-Impact Adaptive Visualization.
  • * Automated Computational Aesthetics.
  • * Fully Automated Graph Layout.
  • * Real-Time 3D Graphics.
  • * Automated Table Layout.
  • * Dynamic Interactivity.
  • * Industrial-Strength Boolean Computation.
  • * Apply high-performance Boolean analysis, optimization, and verification to systems with thousands of variables–all integrated into the Mathematica workflow.
  • * Discrete Calculus: Solve a new generation of discrete problems with the first-ever comprehensive system for discrete symbolic calculus.
  • * Delay Differential Equations: DDEs are now an integral part of Mathematica’s automatic numerical differential equation solving capabilities.
  • * Differential & Difference Roots: A breakthrough allows direct handling of implicit solutions of differential and difference equations–dramatically generalizing the concept of special functions.
  • * Transcendental Roots: Introducing the first-ever systematic algorithmic treatment of roots of transcendental equations.
  • * Finite Group Theory: Data and algorithms on finite groups are now integrated into the Mathematica system.
  • * Integer Sequence Analysis: Mathematica 7 introduces a suite of new approaches to the analysis and recognition of integer sequences.
  • * New Number Theory Capabilities: New aspects of analytic, multiplicative, and additive number theory are now available in computational form.
  • * New Categories of Special Functions: Functions, L Functions, and a range of other functions join the world’s largest collection of special functions.
  • * Enhanced Fourier Analysis:Explicit Fourier series are now fully integrated into Mathematica’s symbolic capabilities.
  • * Integrated Geometric Computing.
  • * Combinatorial Optimization.
  • * Constrained Nonlinear Optimization.
  • * Equational Theorem Proving.
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