Mathematica 9 adds major new areas—further expanding Mathematica's unrivaled base of algorithmic, knowledge, and interface capabilities.
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Introducing the Wolfram Predictive InterfaceOptimizing your workflow by predicting what you'll want to do next | |
Next-Computation Suggestions BarAs soon as you finish a computation, you will get optimized suggestions about what to do next. Press a button to evaluate a new function or bring up an interactive wizard. It's a new interface paradigm that lets you navigate and discover functionality throughout theMathematica system.» | Context-Sensitive Input AssistantIntelligent autocompletion and highlighting for functions, options, and other elements ofMathematica, integrated with Mathematica's unrivaled documentation system.» |
Social Network AnalysisA full suite of social network analysis functionality, including community detection, cohesive groups, and centrality measures, plus built-in links to Facebook, LinkedIn, Twitter, and more.» | Systemwide Support for UnitsHighly integrated support for more than 4,500 units—including free-form linguistic entry, conversions, and dimensional consistency checking across graphics and numeric and symbolic calculations.» | EnterpriseCDF DeploymentNew MathematicaEnterprise Edition enables direct CDF deployment with live data at runtime and other enhanced features. Preview modes emulate Wolfram CDF Player and Wolfram Player Pro.» |
Comprehensive Support for Random ProcessesGeneralized framework for modeling systems that evolve randomly over time, with support for simulation, estimation, slice distributions, and mean and covariance functions.» | Markov Chains and QueuesAutomated support for discrete- and continuous-time Markov chains and networks of queues. Compute performance measures and design processes for applications like call centers or server architecture.» | Time Series and Stochastic Differential EquationsAutomatic estimation of time series models from data and forecasting from models. Computation of symbolic properties for stochastic differential equations in finance, signal processing, and other areas.» |
Reliability AnalysisA complete suite for reliability analysis, with functionality for reliability block diagrams, fault trees, standby models, and importance measures.» | Survival AnalysisBroad support for censored data, optimized parametric and nonparametric survival modeling frameworks, and a range of generalized hypothesis testing functions.» | Enhanced Probability and StatisticsExpanded capabilities in probability and statistics, including dependency measures, new hypothesis tests, weighted data, and new parametric and derived distributions.» |
Enhanced Graphs and NetworksNew and optimized random graph distributions, capabilities for network flows, and performance improvements across the board.» | Built-in Integration with RIntegrate R code into your Mathematica workflow, exchanging data between Mathematica and R and executing R code from within Mathematica. Includes automatic download for R runtime.» |
3D Volumetric Image ProcessingImage processing engine now supports 3D volumetric imaging such as pixel operations, local filtering, and morphology. Includes 3D surface and volume rendering.» | New Advanced Image Processing AlgorithmsUse feature tracking, face detection, image enhancements, and other highly optimized algorithms to perform comprehensive analysis of images.» | Interactive Image AssistantA new way to discover image processing capabilities, with point-and-click access—all within the notebook environment.» |
Large Image SupportUsing out-of-core technology, Mathematica 9 scales up performance to very large 2D and 3D-volumetric images.» | HDR Image SupportImport of high dynamic range (HDR) images and color profile data, plus improved support for JPEG and PNG formats.» |
Integrated Analog and Digital Signal ProcessingFilter and analyze signals—sound, images, and multidimensional data—and instantly design and deploy interactive filters. SupportsSystemModeler.» | Enhanced Control SystemsCreate models including time delays and algebraic equations and use them withMathematica's full control systems suite. Automatically create PID controllers to meet your design criteria. » | Major Enhancements to Differential Equation SolvingSolve differential equations with discontinuities, hybrid discrete/continuous dynamical systems,parametric differential equations, and differential algebraic equations. |
Built-in Symbolic TensorsEfficient support for symbolic arrays, from simple vectors to arrays of any rank, dimension, and symmetry.» | New and Improved Core AlgorithmsNew special functions, enhanced capabilities for linear and polynomial algebra, and major performance improvements across the system.» | Other New Improvements
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Expanded Visualization and ControlsHighly customizable interactive gauges for dashboards and controls, systemwide support for automatic legends for plots and charts, and new specialized visualization for signal processing. New Import and Export FormatsExtensive support for new data formats in areas such as molecular biology, high dynamic range image processing, and chemical spectroscopy.» | Full Range of Web Access SupportFull client-side web access for exchanging data with remote servers and for interacting with web APIs. Asynchronous connection for AJAX-style programming.» | Newly Designed Slide Show TemplatesUpdated look for slide shows with new style templates and support for background images.»Other New Improvements
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Almost any workflow involves computing results, and that's what Mathematica does—from building a hedge fund trading website or publishing interactive engineering textbooks to developing embedded image recognition algorithms or teaching calculus.
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Mathematica is renowned as the world's ultimate application for computations. But it's much more—it's the only development platform fully integrating computation into complete workflows, moving you seamlessly from initial ideas all the way to deployed individual or enterprise solutions. After 8 versions and 22 years most software systems have decayed to slow and lumbering development. But not Mathematica. In fact, with Mathematica it’s quite the opposite.
As the years go by, Mathematica development is actually speeding up. Mathematica 8 introduces free-form linguistic input—a whole new way to compute. Enter plain English; get immediate results—no syntax required. It's a new entry point into the complete Mathematica workflow, now upgraded with 500 additional functions and 7 application areas—including the world's most advanced statistics capability and state-of-the-art image processing. New workflow end points include deployment of standalone applications or interactive documents.
Wolfram Mathematica 9.0.1 cracked download + key
Mathematica 9 For Mac Download Free
Numerics of any precision, symbolics, or visualization—Mathematica is the ultimate computational tool, with systemwide technology to ensure reliability, ease of use, and performance. Use Mathematica computation directly, as the engine in an infrastructure, or integrated into a standalone application.
Mathematica provides you with the world's largest collection of algorithms in a single system--each able to operate across the widest applicable scope of numeric, symbolic, or graphical input. With integrated symbolic computation, you can work directly on precise models--transforming, optimizing, solving, and visualizing--only substituting approximate or specific numerical values where necessary. Whether it's for simulation set-up or as part of a hybrid approach with numerics, integrated symbolic computation is now recognized as an essential element of any error-free engineering or scientific workflow. Mathematica is the world's leading symbolic computation system, both in functionality and integration with numerics.
Mathematica 9 adds major new areas—further expanding Mathematica's unrivaled base of algorithmic, knowledge, and interface capabilities.
Introducing the Wolfram Predictive InterfaceOptimizing your workflow by predicting what you'll want to do next | |
Next-Computation Suggestions BarAs soon as you finish a computation, you will get optimized suggestions about what to do next. Press a button to evaluate a new function or bring up an interactive wizard. It's a new interface paradigm that lets you navigate and discover functionality throughout the Mathematica system.» | Context-Sensitive Input AssistantIntelligent autocompletion and highlighting for functions, options, and other elements of Mathematica, integrated with Mathematica's unrivaled documentation system.» |
Social Network AnalysisA full suite of social network analysis functionality, including community detection, cohesive groups, and centrality measures, plus built-in links to Facebook, LinkedIn, Twitter, and more.» | Systemwide Support for UnitsHighly integrated support for more than 4,500 units—including free-form linguistic entry, conversions, and dimensional consistency checking across graphics and numeric and symbolic calculations.» | EnterpriseCDF DeploymentNew MathematicaEnterprise Edition enables direct CDF deployment with live data at runtime and other enhanced features. Preview modes emulate Wolfram CDF Player and Wolfram Player Pro.» |
Comprehensive Support for Random ProcessesGeneralized framework for modeling systems that evolve randomly over time, with support for simulation, estimation, slice distributions, and mean and covariance functions.» | Markov Chains and QueuesAutomated support for discrete- and continuous-time Markov chains and networks of queues. Compute performance measures and design processes for applications like call centers or server architecture.» | Time Series and Stochastic Differential EquationsAutomatic estimation of time series models from data and forecasting from models. Computation of symbolic properties for stochastic differential equations in finance, signal processing, and other areas.» |
Reliability AnalysisA complete suite for reliability analysis, with functionality for reliability block diagrams, fault trees, standby models, and importance measures.» | Survival AnalysisBroad support for censored data, optimized parametric and nonparametric survival modeling frameworks, and a range of generalized hypothesis testing functions.» | Enhanced Probability and StatisticsExpanded capabilities in probability and statistics, including dependency measures, new hypothesis tests, weighted data, and new parametric and derived distributions.» |
Enhanced Graphs and NetworksNew and optimized random graph distributions, capabilities for network flows, and performance improvements across the board.» | Built-in Integration with RIntegrate R code into your Mathematica workflow, exchanging data between Mathematica and R and executing R code from within Mathematica. Includes automatic download for R runtime.» |
3D Volumetric Image ProcessingImage processing engine now supports 3D volumetric imaging such as pixel operations, local filtering, and morphology. Includes 3D surface and volume rendering.» | New Advanced Image Processing AlgorithmsUse feature tracking, face detection, image enhancements, and other highly optimized algorithms to perform comprehensive analysis of images.» | Interactive Image AssistantA new way to discover image processing capabilities, with point-and-click access—all within the notebook environment.» |
Large Image SupportUsing out-of-core technology, Mathematica 9 scales up performance to very large 2D and 3D-volumetric images.» | HDR Image SupportImport of high dynamic range (HDR) images and color profile data, plus improved support for JPEG and PNG formats.» |
Integrated Analog and Digital Signal ProcessingFilter and analyze signals—sound, images, and multidimensional data—and instantly design and deploy interactive filters. SupportsSystemModeler.» | Enhanced Control SystemsCreate models including time delays and algebraic equations and use them withMathematica's full control systems suite. Automatically create PID controllers to meet your design criteria. » | Major Enhancements to Differential Equation SolvingSolve differential equations with discontinuities, hybrid discrete/continuous dynamical systems,parametric differential equations, and differential algebraic equations. |
Built-in Symbolic TensorsEfficient support for symbolic arrays, from simple vectors to arrays of any rank, dimension, and symmetry.» | New and Improved Core AlgorithmsNew special functions, enhanced capabilities for linear and polynomial algebra, and major performance improvements across the system.» | Other New Improvements
|
Expanded Visualization and ControlsHighly customizable interactive gauges for dashboards and controls, systemwide support for automatic legends for plots and charts, and new specialized visualization for signal processing. New Import and Export FormatsExtensive support for new data formats in areas such as molecular biology, high dynamic range image processing, and chemical spectroscopy.» | Full Range of Web Access SupportFull client-side web access for exchanging data with remote servers and for interacting with web APIs. Asynchronous connection for AJAX-style programming.» | Newly Designed Slide Show TemplatesUpdated look for slide shows with new style templates and support for background images.»Other New Improvements
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