Self-optimizing
technical apps
on .NET

ILNumerics - Technical Computing

Modern High Performance Tools for Technical

Computing and Visualization in Industry and Science

Examples, Benchmarks & Case Studies

Explore ILNumerics in practice: reproducible Accelerator benchmarks, example applications, technical demos, and case studies for numerical, visual, and production-ready .NET software.

This section helps developers and decision makers understand what ILNumerics can do in real projects — from high-performance array code and autonomous parallel execution to interactive 2D/3D visualization and full technical application development.

Accelerator benchmarks

The Accelerator benchmark pages demonstrate how ILNumerics turns high-level .NET array code into autonomous, dependency-safe, massively parallel execution. They include correctness checks, speedup measurements, benchmark explanations, and links to reproducible artifacts.

Example applications

Example applications show how numerical computing, visualization, and developer tooling work together in complete .NET workflows. Use them as starting points for engineering dashboards, simulation tools, measurement software, analytical applications, and custom visual interfaces.

Case studies

Case studies show how ILNumerics is used in technical, scientific, industrial, and analytical software projects. They focus on real-world value: reducing development effort, keeping numerical IP maintainable, integrating visualization into production applications, and using modern hardware more effectively.

Reproducible research and technical artifacts

Some benchmark pages are connected to reproducible research artifacts. They make benchmark setup, source code, measurement conditions, and implementation details transparent.

What to explore first

If you are evaluating ILNumerics for a project, start with the benchmark overview and the Getting Started guide. If your focus is visualization, start with the Visualization Engine examples. If your focus is technical strategy, start with Autonomous Computing and the Computing Engine page.