Wolfram Mathematica 11.2.0.0

Author: sddd on 20-09-2017, 15:44
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Wolfram Mathematica 11.2.0.0
Wolfram Mathematica 11.2.0.0 | Size: 3.33 GB

Almost any workflow involves the calculation of results, and this is exactly what the Mathematica system does from building a website for trading hedge funds or publishing technical textbooks to developing embedded image recognition algorithms or teaching mathematical analysis.
The Mathematica system is known as the most powerful computing application in the world. But this is much more it is the only platform for development that fully integrates the calculations in the workflow from beginning to end, smoothly taking you from the initial ideas and up to the detailed individual and industrial solutions.
Main functions of Mathematica:
Calculation. Mathematica is a powerful computational tool that employs system-wide technologies to ensure reliability, ease of use and productivity.
Mathematica provides a wide coverage of mathematical calculations and finding solutions to equations for each area due to the world's largest set of algorithms, each of which works with the most common admissible numerical, symbolic or graphic input data.
Automatic choice of algorithms and the use of arbitrary calculation accuracy enhance the capabilities of the Mathematica system in linear algebra, quadratures, local and global optimizations, finding solutions to differential equations, and many other areas.
The program has special functions for different technical areas: from computational biology to wavelet analysis.
Imported data can be combined with Wolfram | Alpha data and analyzed immediately using advanced methods for constructing regression models and regression itself, signal processing and classification, or statistical methods.
Mathematica allows high-quality visualization of functions, data, diagrams, images or annotations.
Development. Creation of tools, applications, documents and infrastructure components using Mathematicas smooth workflow, a unique symbolic language and a progressive code editing environment.
Flexible symbolic language, supporting multiple programming paradigms, advanced debugging tools, automatic interface building and not only, simplifies all stages of development - from design to deployment.
Due to the automatic construction of interfaces, symbolic control elements specifications, generalized input elements, etc., Mathematica offers a highly automated and streamlined workflow for developing complex user interfaces.
Deployment. Regardless of the form of the final product, whether it be interactive documents, presentations, applications or industrial systems, the program can deploy the results of the work in a wide range of formats locally or over the network.
Mathematica provides a variety of deployment methods for conveying results-reports, presentations, web sites, applications.
Due to the universal approach to programming, the ease of creating dynamic content, as well as the free form of language input, allowing you to get acquainted with new features without the need for knowledge of syntax, the system copes with projects of any scale.
Calculation
Whether for numerical calculations with arbitrary precision, symbolic computation or visualization, the Mathematica system is a very powerful computational tool, using system-wide technologies to ensure reliability, ease of use and productivity. The computational power of the Mathematica system can be used directly, as a tool in an infrastructure, or through an autonomous application into which it is integrated.
Development
Develop tools, applications, documents and infrastructure components using Mathematica's seamless workflow, a unique character language, and a progressive code editing environment, achieving fast turnaround in small projects and record-breaking lead times on large systems.
Deployment
Regardless of the form of the final product, whether it be interactive documents, presentations, applications or industrial systems, the Mathematica system can deploy work results in a wide range of formats locally or over the network. Equipped with many ways to connect to external systems and work with them, the Mathematica system is designed to maximize your productivity.
Automation
Automation is the key to productive computing. Unlike other systems, Mathematica employs reasonable automation in all its parts, from algorithm selection to the layout of graphs and the construction of user interfaces. As a result, you get high-quality results without the need for deep algorithmic knowledge, and even in the case of expert use, the result will be obtained faster.
Integrated universal platform
Specialized software and additional toolbars prevent creative work with new ideas and directions that cost even more than their nominal price. The Mathematica system does not require the purchase of any additional packages. It includes specialized functions from many technical directions, from computational biology to wavelet analysis, tightly integrated with the rest of the system.
Hybrid symbolic-numerical methodology
Symbolic and numerical computations are traditionally considered separate to the detriment of users. In the Mathematica system, they are tightly integrated, which makes it possible to build unique hybrid methods to solve many problems and ensure consistent results when combinations of values ??of different accuracies.
Multiparadigmatic language
No programming style is ideal for all tasks. The Mathematica system differs from traditional programming languages ??by simultaneously supporting a variety of programming paradigms: procedural, functional, rule-based or template-based, and others.
Built-in information
Search operations on standard databases and their updating should not interfere with your workflow. The Mathematica system differs from other platforms for technical calculations in that it includes extensive collections of carefully verified data of various types that are constantly updated and expanded.
Workflow based on documents
You should not need to use one program for data processing, another for their visualization, and the third for their interactive presentation. The Mathematica system does all this during the workflow, preserving all the elements of the design-computation, visualizations, data, documentation, and even interactive applications-together, in uniquely flexible documents.
System requirements:
Windows 10 | Windows 8.1 | Windows 8 | Windows 7 | Windows Vista | Windows Server 2012 | Windows HPC Server 2008 | Windows Server 2008
Processor: Intel Pentium 4 2.4 GHz or equivalent
RAM: 2GB + recommended
Disk space: 8.8 GB
Internet access: it is necessary to use a free form of language input and work with data suitable for calculations
Checksums iso:
CRC32: DDEA68D9
MD5: 2E6C467171E4C4494D12752285005686
SHA-1: 08884101C3FA7CBF4EA8AB532F60049D249B2921
Language: Multilanguage
http://www.wolfram.com

Download link :
(If you need these, buy and download immediately before they are delete)

Links are Interchangeable - Single Extraction - Premium is support resumable
Wolfram Mathematica 11.2.0.0
Wolfram Mathematica 11.2.0.0 | Size: 3.33 GB

Almost any workflow involves the calculation of results, and this is exactly what the Mathematica system does from building a website for trading hedge funds or publishing technical textbooks to developing embedded image recognition algorithms or teaching mathematical analysis.
The Mathematica system is known as the most powerful computing application in the world. But this is much more it is the only platform for development that fully integrates the calculations in the workflow from beginning to end, smoothly taking you from the initial ideas and up to the detailed individual and industrial solutions.
Main functions of Mathematica:
Calculation. Mathematica is a powerful computational tool that employs system-wide technologies to ensure reliability, ease of use and productivity.
Mathematica provides a wide coverage of mathematical calculations and finding solutions to equations for each area due to the world's largest set of algorithms, each of which works with the most common admissible numerical, symbolic or graphic input data.
Automatic choice of algorithms and the use of arbitrary calculation accuracy enhance the capabilities of the Mathematica system in linear algebra, quadratures, local and global optimizations, finding solutions to differential equations, and many other areas.
The program has special functions for different technical areas: from computational biology to wavelet analysis.
Imported data can be combined with Wolfram | Alpha data and analyzed immediately using advanced methods for constructing regression models and regression itself, signal processing and classification, or statistical methods.
Mathematica allows high-quality visualization of functions, data, diagrams, images or annotations.
Development. Creation of tools, applications, documents and infrastructure components using Mathematicas smooth workflow, a unique symbolic language and a progressive code editing environment.
Flexible symbolic language, supporting multiple programming paradigms, advanced debugging tools, automatic interface building and not only, simplifies all stages of development - from design to deployment.
Due to the automatic construction of interfaces, symbolic control elements specifications, generalized input elements, etc., Mathematica offers a highly automated and streamlined workflow for developing complex user interfaces.
Deployment. Regardless of the form of the final product, whether it be interactive documents, presentations, applications or industrial systems, the program can deploy the results of the work in a wide range of formats locally or over the network.
Mathematica provides a variety of deployment methods for conveying results-reports, presentations, web sites, applications.
Due to the universal approach to programming, the ease of creating dynamic content, as well as the free form of language input, allowing you to get acquainted with new features without the need for knowledge of syntax, the system copes with projects of any scale.
Calculation
Whether for numerical calculations with arbitrary precision, symbolic computation or visualization, the Mathematica system is a very powerful computational tool, using system-wide technologies to ensure reliability, ease of use and productivity. The computational power of the Mathematica system can be used directly, as a tool in an infrastructure, or through an autonomous application into which it is integrated.
Development
Develop tools, applications, documents and infrastructure components using Mathematica's seamless workflow, a unique character language, and a progressive code editing environment, achieving fast turnaround in small projects and record-breaking lead times on large systems.
Deployment
Regardless of the form of the final product, whether it be interactive documents, presentations, applications or industrial systems, the Mathematica system can deploy work results in a wide range of formats locally or over the network. Equipped with many ways to connect to external systems and work with them, the Mathematica system is designed to maximize your productivity.
Automation
Automation is the key to productive computing. Unlike other systems, Mathematica employs reasonable automation in all its parts, from algorithm selection to the layout of graphs and the construction of user interfaces. As a result, you get high-quality results without the need for deep algorithmic knowledge, and even in the case of expert use, the result will be obtained faster.
Integrated universal platform
Specialized software and additional toolbars prevent creative work with new ideas and directions that cost even more than their nominal price. The Mathematica system does not require the purchase of any additional packages. It includes specialized functions from many technical directions, from computational biology to wavelet analysis, tightly integrated with the rest of the system.
Hybrid symbolic-numerical methodology
Symbolic and numerical computations are traditionally considered separate to the detriment of users. In the Mathematica system, they are tightly integrated, which makes it possible to build unique hybrid methods to solve many problems and ensure consistent results when combinations of values ??of different accuracies.
Multiparadigmatic language
No programming style is ideal for all tasks. The Mathematica system differs from traditional programming languages ??by simultaneously supporting a variety of programming paradigms: procedural, functional, rule-based or template-based, and others.
Built-in information
Search operations on standard databases and their updating should not interfere with your workflow. The Mathematica system differs from other platforms for technical calculations in that it includes extensive collections of carefully verified data of various types that are constantly updated and expanded.
Workflow based on documents
You should not need to use one program for data processing, another for their visualization, and the third for their interactive presentation. The Mathematica system does all this during the workflow, preserving all the elements of the design-computation, visualizations, data, documentation, and even interactive applications-together, in uniquely flexible documents.
System requirements:
Windows 10 | Windows 8.1 | Windows 8 | Windows 7 | Windows Vista | Windows Server 2012 | Windows HPC Server 2008 | Windows Server 2008
Processor: Intel Pentium 4 2.4 GHz or equivalent
RAM: 2GB + recommended
Disk space: 8.8 GB
Internet access: it is necessary to use a free form of language input and work with data suitable for calculations
Checksums iso:
CRC32: DDEA68D9
MD5: 2E6C467171E4C4494D12752285005686
SHA-1: 08884101C3FA7CBF4EA8AB532F60049D249B2921
Language: Multilanguage
http://www.wolfram.com

Download link :
(If you need these, buy and download immediately before they are delete)
Uploadgig.com :
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Links are Interchangeable - Single Extraction - Premium is support resumable
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