 |
The IMSL
Numerical Libraries have been the cornerstone of
high-performance and deep computing as well as predictive
analytics applications in science, technical and
business environments for nearly three decades.
The IMSL Libraries are regarded as the most sophisticated,
flexible, scalable and highly accessible technology
available for numerical analysis in the most important
mainstream programming environments in use today.
The IMSL Libraries are a comprehensive set of mathematical
and statistical functions that programmers can embed
into their software applications. The IMSL Libraries
provide high-performance computing software and
expertise needed to develop and execute sophisticated
numerical analysis applications. These libraries
free users from developing their own internal code
by providing pre-written mathematical and statistical
algorithms that can be embedded into C, C#, JavaT,
and Fortran applications.
|
The IMSL Libraries are
a comprehensive set of mathematical and statistical
functions that programmers can embed into their
software applications. The IMSL Libraries provide
high-performance computing software and expertise
needed to develop and execute sophisticated numerical
analysis applications. These libraries free users
from developing their own internal code by providing
pre-written mathematical and statistical algorithms
that can be embedded into C, C#, JavaT, and Fortran
applications.
Its robust, accurate, reliable mathematical and
statistical library provides functionality in a
wide range of numerical computing areas including:-
- Optimization
- FFT's
- Interpolation
- Differential equations
- Correlation
- Regression
- Time series analysis
- and many more
The IMSL Numerical Libraries are available in the
most widely used programming languages, including:
- The IMSL C Numerical Library
- The IMSL C# Numerical Library for Microsoft
.NET Applications
- The JMSLT Numerical Library for Java Programmers
- The IMSL Fortran Numerical Library
|
Features
of the IMSL™ Numerical Libraries
The IMSL Libraries are a set of comprehensive
mathematical and statistical functionality
for software applications that require numerical
analysis. The IMSL Libraries are written in
C, C#, Java™ and Fortran.
With the JMSL Library for Java applications,
developers have all of the benefits of the
IMSL algorithms, plus flexible charting and
code examples for quick idea generation; and
the IMSL C# Library offers C# and Visual Basic™
.NET developers the only comprehensive set
of algorithms, written in 100% C#, that is
fully compliant with the .NET Framework.
The algorithms available within the IMSL Libraries
cover all of the major categories of functionality
commonly used in numerical analysis. |
Mathematical
Functionality Categories
- Linear systems
- Eigensystem analysis
- Interpolation and approximation
- Integration and differentiation
- Differential equations
- Transforms
- Nonlinear equations
- Optimization
- Matrix/vector operations
- Special Functions
- Utilities
|
Statistical
Functionality Categories
- Basic statistics
- Regression
- Correlation and Covariance
- Analysis of Variance
- Categorical and Discrete Data Analysis
- Nonparametric Statistics
- Goodness-of-Fit and Randomness
- Time Series and Forecasting
- Multivariate analysis
- Survival Analysis
- Probability Distribution Functions
and Inverses
- Random Number Generation
|
|
Financial
Functionality
The IMSL C Library, IMSL C# Library and the JMSL
Library save time in coding financial applications
by providing a range of functionality for bond pricing
and yields, cash flow calculations, interest rate
analysis, internal rates of return, and more.
Charting Functionality
The JMSL Library makes it easy to develop many common
types of charts, including a definition of XML data
format for charting with the JMSL Library, the ability
to put multiple chart types on a single axis, and
the ability to display multiple data sets in a single
chart.
Benefits of the IMSL™
Numerical Libraries
- Accelerate Development
- Analytical building blocks eliminating
the need to write code from scratch
- Numerical algorithms are developed, tested,
documented, and ready to go
- Save up to 95% of the time required to
research and develop algorithms
- All IMSL Libraries are integrated solutions
offering robust mathematical, statistical, financial,
and charting algorithms
- Develop Better Software Applications
- You don't have to worry about coding
and testing the algorithms
- Free up your developers' bandwidth for
critical application-specific feature development
- Develop Flexible Software Applications
- The IMSL Libraries are written in the standard
languages of C/C++, C#, Java, and Fortran
- Embed numerical analysis algorithms seamlessly
into existing solutions
- Improve Quality and Reduce Uncertainty
- The IMSL Libraries simplify your projects
- A simpler project means a more predictable
development and QA schedule
- All IMSL algorithms are fully tested and
qualified against proven testing criteria
- QA efforts can focus on core application
testing, not algorithm testing
- The IMSL Libraries are fully documented
and supported
- Reduce Costs
- The IMSL Libraries save up to 95% of algorithm
development costs
- The IMSL Libraries eliminate many hidden
costs associated with algorithm development and
support:
- Background research
- Debugging and QA
- Porting to your specific environment
- Documentation
- Maintenance
- Scaling for larger deployments
Success Stories
Visual Numerics has been delivering high performance
data visualization and analysis solutions to a
broad range of industries worldwide for over 30
years. Its award-winning IMSL Libraries and PV-WAVE
product family give many industries the development
tools and applications they need to master their
data and quickly achieve higher quality, better
decision making, and a positive return on investment.
To view a few of the typical industries and applications
that Visual Numerics' serves, please click on
the following link: Visual
Numerics Customer Success Stories.
More..
|
| |
|
|
