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Mathematica software

Mathematica software

05.09.2022 0 Comments

mathematica software

Mathematica is software for computing, but it is also the only development environment with full integration of computing into the entire workflow. Home / Software / Mathematica. Mathematica. This content is Onyen protected. Please enter your Onyen to log in and view it. Order Software. Wolfram Mathematica is a software system with built-in libraries for several areas of technical computing that allow machine learning, statistics, symbolic computation, data manipulation, network.

Mathematica software - valuable

Mathematica

Description

Mathematica is a computational software program used in many scientific, engineering, mathematical and computing fields, based on symbolic mathematics. It is developed by Wolfram Research and the Wolfram Language is the programming language used in Mathematica.

Requirements

The system requirements can be found here.

Authorization Code(s)

Please email: its-servicedesk@csa.edu.py for the authorization code to activate the software.

How to access this service

The software can be downloaded here

Steps to install Mathematica

1. Double-click on the setup file.

2. The Wolfram Mathematica Setup window will appear on your screen, click Next to begin the installation process.

3. Click Next on the Destination Location screen to install Mathematica to the default directory or click Browse and select a different folder of your choice and then click Next.

4. Now click Next to install optional components. These extra components enable web browsers to display interactive Mathematica notebooks and CDF documents.

If you prefer not to install the extra components, uncheck the checkbox that is next to Optional Components and click Next to continue.

5. The installer adds Mathematica shortcuts to the Windows Start Menu in the Wolfram Mathematica folder.

To make the shortcuts appear in a different folder, click Browse and select a folder. If you prefer not to make a shortcut in the Start Menu, check the box next to Don’t create a Start Menu folder and then click Next.

6. The Remove Other Applications screen only appears if there are older versions installed on the computer. Select any old versions of Mathematica that you want to uninstall and then click Next.

7. The configuration of the Mathematica installation is finished. Click Install to begin the installation.

8. Please wait for the installation to complete.

9. To complete the installation select Launch Wolfram Mathematica and then click Finish.

The installation is now complete. Next, activate Mathematica using the authorization code provided to you by the IT Service Desk.

Now, create an account in Wolfram User Portal to access the following:

  • View your registered products
  • Download your products and upgrades
  • Access your Premier Service benefits
  • Manage your profile.

Wolfram Mathematica

Teaching staff

  • The software can be installed on personal PCs or PCs owned by the Politecnico
  • Edition: Desktop

Download

  1. Connect to: csa.edu.py
  2. Register with an email address @csa.edu.py or @csa.edu.py
  3. Follow the instructions to download the software.

Students

  • The software can be installed on personal PCs
  • Edition: Desktop

Download

  1. Connect to: csa.edu.py
  2. Register with an email address @csa.edu.py or @csa.edu.py
  3. Follow the instructions to download the software.

PhD students

In the absence of specific indications, PhD students can use:

  • software intended for students on personal PCs
  • software for teaching staff on departmental PCs

Technical and administrative staff

  • The software can be installed on personal PCs or PCs owned by the Politecnico
  • Edition: Desktop

Download

  1. Connect to: csa.edu.py
  2. Register with an email address @csa.edu.py or @csa.edu.py
  3. Follow the instructions to download the software.

Further information available on: csa.edu.py

Suggested pages:

Tags: Calculus

Wolfram Mathematica

Computational software program

"Mathematica" redirects here. For other uses, see Mathematica (disambiguation).

For the programming language used in this program, see Wolfram Language.

Mathematica csa.edu.py
Developer(s)Wolfram Research
Initial releaseJune&#;23, ; 34 years ago&#;()[1]
Stable release (June&#;29, ; 3 months ago&#;()) [±][2]
Written inWolfram Language,[3]C/C++, Java[4]
PlatformWindows,[5]macOS, Linux (includes separated support for Raspbian on Raspberry Pi[6]), online service. All platforms support bit implementations.[7](list)
Available inEnglish, Chinese, Japanese
TypeComputer algebra, numerical computations, information visualization, statistics, user interface creation
LicenseProprietary
Websitecsa.edu.pyEdit this at Wikidata

Wolfram Mathematica is a software system with built-in libraries for several areas of technical computing that allow machine learning, statistics, symbolic computation, data manipulation, network analysis, time series analysis, NLP, optimization, plotting functions and various types of data, implementation of algorithms, creation of user interfaces, and interfacing with programs written in other programming languages. It was conceived by Stephen Wolfram, and is developed by Wolfram Research of Champaign, Illinois.[8][9] The Wolfram Language is the programming language used in Mathematica.[10] Mathematica was released on June 23, in Champaign, Illinois and Santa Clara, California.[11][12][13] Wolfram Research celebrated a third of a century of Mathematica on October 30th, [12]

Notebook interface[edit]

Wolfram Mathematica (called Mathematica by some of its users) is split into two parts: the kernel and the front end. The kernel interprets expressions (Wolfram Language code) and returns result expressions, which can then be displayed by the front end.

The original front end, designed by Theodore Gray[14] in , consists of a notebook interface and allows the creation and editing of notebook documents that can contain code, plaintext, images, and graphics.[15]

Alternatives to the Mathematica front end include Wolfram Workbench—an Eclipse-based integrated development environment (IDE) that was introduced in It provides project-based code development tools for Mathematica, including revision management, debugging, profiling, and testing.[16]

There is also a plugin for IntelliJ IDEA-based IDEs to work with Wolfram Language code that in addition to syntax highlighting can analyze and auto-complete local variables and defined functions.[17] The Mathematica Kernel also includes a command line front end.[18]

Other interfaces include JMath,[19] based on GNU Readline and WolframScript[20] which runs self-contained Mathematica programs (with arguments) from the UNIX command line.

The file extension for Mathematica files is .nb and .m for configuration files.

Mathematica is designed to be fully stable and backwards compatible with previous versions. Newer versions will have more concise and readable code but the goal is to have code from Mathematica 1 still run in Mathematica

High-performance computing[edit]

Capabilities for high-performance computing were extended with the introduction of packed arrays in version 4 ()[21] and sparse matrices (version 5, ),[22] and by adopting the GNU Multi-Precision Library to evaluate high-precision arithmetic.

Version () added automatic multi-threading when computations are performed on multi-core computers.[23] This release included CPU-specific optimized libraries.[24] In addition Mathematica is supported by third party specialist acceleration hardware such as ClearSpeed.[25]

In , gridMathematica was introduced to allow user level parallel programming on heterogeneous clusters and multiprocessor systems[26] and in parallel computing technology was included in all Mathematica licenses including support for grid technology such as Windows HPC Server , Microsoft Compute Cluster Server and Sun Grid.

Support for CUDA and OpenCLGPU hardware was added in [27]

Extensions[edit]

As of Version 13, there are built-in functions and symbols in the Wolfram language.[28] Stephen Wolfram announced the launch of the Wolfram Function Repository in June as a way for the public Wolfram community to contribute functionality to the Wolfram language.[29] At the time of Stephen Wolfram's release announcement for Mathematica 13, there were functions contributed as Resource Functions.[30] In addition to the Wolfram Function Repository, there is a Wolfram Data Repository with computable data for big data analysis and the Wolfram Neural Net Repository for machine learning.[31]

Wolfram Mathematica is the basis of the Combinatorica package, which adds discrete mathematics functionality in combinatorics and graph theory to the program.[32]

Connections to other applications, programming languages, and services[edit]

Communication with other applications occurs through a protocol called Wolfram Symbolic Transfer Protocol (WSTP). It allows communication between the Wolfram Mathematica kernel and front end and provides a general interface between the kernel and other applications.[33]

Wolfram Research freely distributes a developer kit for linking applications written in the programming language C to the Mathematica kernel through WSTP using J/Link.,[34] a Java program that can ask Mathematica to perform computations. Similar functionality is achieved with .NET /Link,[35] but with .NET programs instead of Java programs.

Other languages that connect to Mathematica include Haskell,[36]AppleScript,[37]Racket,[38]Visual Basic,[39]Python,[40][41] and Clojure.[42]

Mathematica supports the generation and execution of Modelica models for systems modeling and connects with Wolfram System Modeler.

Links are also available to many third-party software packages and APIs.[43]

Mathematica can also capture real-time data from a variety of sources[44] and can read and write to public blockchains (Bitcoin, Ethereum, and ARK).[45]

It supports import and export of over data, image, video, sound, computer-aided design (CAD), geographic information systems (GIS),[46] document, and biomedical formats.

In , support was added for compiling Wolfram Language code to LLVM.[47]

Version of the Wolfram Language added support for Arduino. [48]

Computable data[edit]

Mathematica is also integrated with Wolfram Alpha, an online computational knowledge answer engine that provides additional data, some of which is kept updated in real time, for users who use Mathematica with an internet connection. Some of the data sets include astronomical, chemical, geopolitical, language, biomedical, airplane and weather data, in addition to mathematical data (such as knots and polyhedra).[49]

Reception[edit]

BYTE in listed Mathematica as among the "Distinction" winners of the BYTE Awards, stating that it "is another breakthrough Macintosh application it could enable you to absorb the algebra and calculus that seemed impossible to comprehend from a textbook".[50] Mathematica has been criticized for being closed source.[51] Wolfram Research claims keeping Mathematica closed source is central to its business model and the continuity of the software.[52][53]

See also[edit]

References[edit]

  1. ^Wolfram, Stephen (23 Jun ), Mathematica Turns 20 Today, Wolfram, retrieved 16 May
  2. ^"Mathematica Quick Revision History". Retrieved
  3. ^"Celebrating Mathematica's First Quarter Century". Retrieved 11 August
  4. ^The Software Engineering of Mathematica—Wolfram Mathematica 9 Documentation. csa.edu.py Retrieved on
  5. ^"Mathematica 12 System Requirements and Platform Availability". Retrieved 16 December
  6. ^Raspberry Pi Includes Mathematica for Free The Verge
  7. ^"Wolfram Mathematica". Retrieved 11 August
  8. ^"Stephen Wolfram: Simple Solutions; The iconoclastic physicist's Mathematica software nails complex puzzles". BusinessWeek. October 3, Retrieved August 4,
  9. ^"Contact Wolfram Research". Retrieved 11 August
  10. ^"Stephen Wolfram's new programming language: Can he make the world computable?". Slate Magazine. Retrieved 11 August
  11. ^"Mathematica—Three Decades of Contributions, Invention, Discovery, and Education". csa.edu.py. Retrieved
  12. ^ ab"Celebrating a Third of a Century of Mathematica, and Looking Forward—Stephen Wolfram Writings". csa.edu.py. Retrieved
  13. ^"There Was a Time before Mathematica…—Stephen Wolfram Writings". csa.edu.py. Retrieved
  14. ^Patent US Google Patent Search
  15. ^Hayes, Brian (). "Thoughts on Mathematica"(PDF). Pixel.
  16. ^"Wolfram intros Workbench IDE for Mathematica". Macworld. 21 June Retrieved 11 August
  17. ^"Mathematica plugin for IntelliJ IDEA".
  18. ^Using a Text-Based Interface documentation at csa.edu.py
  19. ^"JMath: A GNU Readline based frontend for Mathematica". Retrieved 11 August
  20. ^"Directory listing". Retrieved 18 April
  21. ^Math software packs new power; new programs automate such tedious processes as solving nonlinear differential equations and converting units by Agnes Shanley, Chemical Engineering, March 1,
  22. ^Mathematica additional features make software well-suited for operations research professionals by ManMohan S. Sodhi, OR/MS Today, December 1,
  23. ^The 21st annual Editors' Choice Awards, Macworld, February 1,
  24. ^"Mathematica is tuned to take advantage of CPU features when available". Retrieved 13 April
  25. ^"ClearSpeed Advance Accelerator Boards Certified by Wolfram Research; Math Coprocessors Enable Mathematica Users to Quadruple Performance". Retrieved 11 August
  26. ^gridMathematica offers parallel computing solution by Dennis Sellers, MacWorld, November 20,
  27. ^"CUDA and OpenCL support added in Mathematica 8". Retrieved 13 April
  28. ^"Launching Version of Wolfram Language + Mathematica—Stephen Wolfram Writings". csa.edu.py. Retrieved
  29. ^"The Wolfram Function Repository: Launching an Open Platform for Extending the Wolfram Language—Stephen Wolfram Writings". csa.edu.py. Retrieved
  30. ^"Launching Version of Wolfram Language + Mathematica—Stephen Wolfram Writings". csa.edu.py. Retrieved
  31. ^"Launching the Wolfram Data Repository: Data Publishing that Really Works—Stephen Wolfram Writings". csa.edu.py. Retrieved
  32. ^Skiena, Steven (). Computational Discrete Mathematics: Combinatorics and Graph Theory with Mathematica. Cambridge University Press.
  33. ^"Wolfram Symbolic Transfer Protocol (WSTP)".
  34. ^Mathematica Archived at the Wayback Machine by Charles Seiter, Macworld, November 1,
  35. ^.NET/Link: .NET/Link is a toolkit that integrates Mathematica and the Microsoft .NET Framework.
  36. ^"mathlink: Write Mathematica packages in Haskell - Hackage". Retrieved 11 August
  37. ^csa.edu.py "MathLink for AppleScript". Retrieved 11 August
  38. ^"MrMathematica: Calling Mathematica from Scheme". Retrieved 11 August
  39. ^"Mathematica for ActiveX - from Wolfram Library Archive". Retrieved 11 August
  40. ^"erocarrera/pythonika". GitHub. Retrieved 11 August
  41. ^"PYML (Python Mathematica interface) - from Wolfram Library Archive". Retrieved 11 August
  42. ^"Clojuratica - Home". csa.edu.py Retrieved
  43. ^"Wolfram Documentation: ServiceConnect". Retrieved 4 August
  44. ^"Vernier and Mathematica".
  45. ^"Working with blockchains". Retrieved 15 April
  46. ^Mathematica 6 Labs ReviewCadalyst Feb 1,
  47. ^"Create LLVM code". Retrieved 13 April
  48. ^"Launching Version of Wolfram Language & Mathematica—Stephen Wolfram Writings". csa.edu.py. Retrieved
  49. ^"Scientific and Technical Data", Mathematic Guide, Wolfram Research, archived from the original on 10 May , retrieved 16 May
  50. ^"The BYTE Awards". BYTE. January p.&#;
  51. ^"Paul Romer". csa.edu.py. Retrieved
  52. ^"Why Wolfram Tech Isn't Open Source—A Dozen Reasons—Wolfram Blog". csa.edu.py. Retrieved
  53. ^"Six Reasons Why the Wolfram Language Is (Like) Open Source—Wolfram Blog". csa.edu.py. Retrieved

External links[edit]

Product Info & Requirements

Student Mathematica

The Mathematica student license can be self provisioned here: csa.edu.py ~ Simply log in and submit your request. An email with full instructions will be sent to you from `Penn State Software` shortly thereafter.

If you`re doing anything technical, think Mathematica - not just for computers, but for modeling, simulation, visualization, development, documentation, and deployment.

Features:

  • Built-In Image Processing and Analysis
  • Built-In Parallel Computing
  • Automated Charting Graphics
  • Vector and Field Visualization
  • Comprehensive Spline Support
  • High-Impact Adaptive Visualization
  • Automated Computational Aesthetics
  • Fully Automated Graph Layout
  • Real-Time 3D Graphics
  • Automated Table Layout
  • Dynamic Interactivity
  • Industrial-Strength Boolean Computation
  • Discrete Calculus
  • Delay Differential Equations
  • Differential and Difference Roots
  • Transcendental Roots
  • Finite Group Theory
  • Integer Sequence Analysis
  • Enhanced Fourier Analysis
  • Integrated Geometric Computing
  • Combinatorial Optimization
  • Constrained Nonlinear Optimization
  • Equational Theorem Proving
  • High-Level String Computation
  • Built-In Neural Net Libraries
  • Built-In Machine Learning Algorithms
  • Built-In Knowledge Base With WolframAlpha
  • Robust Statistics and Probability Distributions
  • Built-In Data Repository
  • Cloud Functions and Deployment
  • Advanced Natural Language Processing
  • Built-In Connections to External APIs

    • WOLFRAM

    Item # MATHKIVUTO

    Our Price $
    • Licensing Contract Terms
    • Training Opportunities
    • Support


    Directions for obtaining access to the Mathematica Student license will be sent to your PSU email account from Penn State Software (noreply@csa.edu.py) after placing an order from here:

    csa.edu.py



    Mathematica
  • Manufacturer: Wolfram
  • Who Can Purchase: Students
  • Installation Permissions: One Per Machine, Personally Owned Machine
  • Second Installation: Not Permitted
  • Return Policy: Standard Return Policy Applies
  • License Term: Annual
  • Annual Expiration Date: July
  • Contract Administrator: Mike Mrsa
  • Export Control Restrictions: No Restrictions
  • Important Information: License valid from July 1st to June 30th each year. Purchases up to 90 days prior to expiration will not be charged renewal fees.

    • This item is for display purposes only.

    For three decades, Mathematica has defined the state of the art in technical computing—and provided the principal computation environment for millions of innovators, educators, students and others around the world.

    Widely admired for both its technical prowess and elegant ease of use, Mathematica provides a single integrated, continually expanding system that covers the breadth and depth of technical computing—and is seamlessly available in the cloud through any web browser, as well as natively on all modern desktop systems.

    For Modern Technical Computing, There's No Other Choice

    With energetic development and consistent vision for three decades, Mathematica stands alone in a huge range of dimensions, unique in its support for today's technical computing environments and workflows.

    A Vast System, All Integrated

    Mathematica has over 6, built-in functions covering all areas of technical computing—all carefully integrated so they work perfectly together, and all included in the fully integrated Mathematica system.

    Not Just Numbers, Not Just Math—But Everything

    Building on three decades of development, Mathematica excels across all areas of technical computing—including neural networks, machine learning, image processing, geometry, data science, visualizations and much more.

    Unimaginable Algorithm Power

    Mathematica builds in unprecedentedly powerful algorithms across all areas—many of them created at Wolfram using unique development methodologies and the unique capabilities of the Wolfram Language.

    Higher Level Than Ever Before

    Superfunctions, meta-algorithms Mathematica provides a progressively higher-level environment in which as much as possible is automated—so you can work as efficiently as possible.

    Everything Is Industrial Strength

    Mathematica is built to provide industrial-strength capabilities—with robust, efficient algorithms across all areas, capable of handling large-scale problems, with parallelism, GPU computing and more.

    Powerful Ease of Use

    Mathematica draws on its algorithmic power—as well as the careful design of the Wolfram Language—to create a system that's uniquely easy to use, with predictive suggestions, natural language input and more.

    Documents as well as Code

    Mathematica uses the Wolfram Notebook Interface, which allows you to organize everything you do in rich documents that include text, runnable code, dynamic graphics, user interfaces and more.

    The Code Makes Sense

    With its intuitive English-like function names and coherent design, the Wolfram Language is uniquely easy to read, write and learn.

    Make Your Results Look Their Best

    With sophisticated computational aesthetics and award-winning design, Mathematica presents your results beautifully—instantly creating top-of-the-line interactive visualizations and publication-quality documents.

    Instant Real-World Data

    Mathematica has access to the vast Wolfram Knowledgebase, which includes up-to-the-minute real-world data across thousands of domains.

    Seamless Cloud Integration

    Mathematica is now seamlessly integrated with the cloud—allowing sharing, cloud computing and more in a unique and powerful hybrid cloud/desktop environment.

    Connected to Everything

    Mathematica is built to be connected to everything: file formats (+), other languages, Wolfram Data Drop, APIs, databases, programs, the Internet of Things, devices—and even distributed instances of itself.

    Coverage

    Mathematica is based on the breakthrough Wolfram Language.

    Full Wolfram Language Documentation & Reference

    Highlighted Core Areas

    Wolfram VisualizationWolfram Calculus & AlgebraWolfram Machine LearningWolfram GeometryWolfram OptimizationWolfram GeographyWolfram ImageWolfram VideoWolfram Chemistry

    Core Technologies

    The Mathematica Trajectory
    It's Come a Long Way in Three Decades

    The + functions from Mathematica 1 are still in Mathematica 13—but there are now over 6,, as well as a huge range of important new ideas that dramatically extend the vision and scope of the system.

    The Revolution

    When Mathematica first appeared in , it revolutionized technical computing—and every year since then it's kept going, introducing new functions, new algorithms and new ideas.

    Far, Far Beyond Math

    Math was Mathematica's first great application area—and building on that success, Mathematica has systematically expanded into a vast range of areas, covering all forms of technical computing and beyond.

    The Innovation Gets Even Faster

    Mathematica has followed a remarkable trajectory of accelerating innovation for three decades—made possible at every stage by systematically building on its increasingly large capabilities so far.

    Serious New Ideas in Every Version

    Versions of Mathematica aren't just incremental software updates; each successive one is a serious achievement that extends the paradigm of computation in new directions and introduces important new ideas.

    What You Learned in Version 1 Still Works

    If you're one of the lucky people who used Mathematica 1, the code you wrote over three decades ago will still work—and you'll recognize the core ideas of Mathematica 1 in the vast system that is Mathematica today.

    Always Moving Forward, for Three Decades

    Mathematica has always stayed true to its core principles and careful design disciplines, letting it continually move forward and integrate new functionality and methodologies without ever having to backtrack.

    Alpha and the Image Identification Project
  • Everything, including programs and data, is an expression, allowing a few powerful functions to cover all computational areas
  • Access terabytes of curated data from the Wolfram Knowledgebase, immediately ready for analysis, interactively or programmatically »
  • Develop on any scale, from high-functionality single-line programs to large projects with millions of lines of code
    • Create high-performance GPU applications with built-in CUDA and OpenCL
    • Integrate external dynamic libraries directly with Wolfram Language code, enabling high-speed, memory-efficient execution »
    • Immediately access built-in specifications and drivers for external devices through the Device Framework »
    • Integration with C, Python, Java, .NET, databases and other applications »
    • Powerful, symbolic pattern language for describing and manipulating arbitrary symbolic expressions, including regex-like notation for string operations »
    • Send and receive messages via email, social media or brokered publish-subscribe channels »
    • Execute Wolfram Language code, functions and APIs from a command-line interface using WolframScript »
    • Bring the unique benefits of the Wolfram technology stack to your entire organization with the secure, centralized infrastructure of a Wolfram Enterprise Private Cloud »
    • Wolfram Workbench provides top-of-the-line, cross-platform development capabilities, including tools for debugging, unit testing, refactoring, documenting and profiling source code, for all scales of software projects »
    • Convenient capabilities for developing, including syntax coloring, autocompletion, debugging tools and more »
    • Instantly access projects from anywhere with the Wolfram Cloud »
    • Dynamic interface creation makes building applications quick and easy (see thousands of examples in the Wolfram Demonstrations Project) »