RadarSimCpp is a cutting-edge radar simulation engine designed for high performance and precision in electromagnetic modeling. Developed using modern C++, it combines advanced computational techniques to deliver both accuracy and speed. This robust framework is engineered to efficiently handle complex radar scenarios by leveraging the power of parallel computing architectures.
Key Features
RadarSimCpp employs a dual-acceleration strategy to achieve exceptional computational performance:
- CPU Parallelization: Utilizes OpenMP to enable efficient multi-threading on standard hardware.
- GPU Acceleration: Leverages CUDA to fully exploit the massive parallel processing capabilities of modern GPUs.
The engine’s architecture is meticulously optimized to support:
- Comprehensive radar modeling, including CW, FMCW, PMCW, pulse-based systems, arbitrary waveforms, advanced modulation schemes, and interference simulation.
- High-fidelity electromagnetic simulations for accurate and realistic results.
- Flexible deployment across a wide range of computing environments, ensuring adaptability for diverse use cases.
Licensing
Unlike other components in the RadarSimX toolkit, RadarSimCpp is distributed under a commercial license to safeguard its proprietary technology. While precompiled libraries are readily available for integration, access to the source code requires a separate licensing agreement. Organizations seeking full source code access for customization or advanced integration can contact us for a detailed quote.
%%{init: {
'theme': 'default',
'themeVariables': {
'fontSize': '18px',
'mainBkg': '#ffffff'
},
'flowchart': {
'nodeSpacing': 50,
'rankSpacing': 100,
'padding': 5,
'width': 90
}
}}%%
flowchart RL
A["`
RadarSimCpp
C++/CUDA engine
`"]:::rectangle
B["`
RadarSimPy
Python module
`"]:::rectangle
C["`
RadarSimLib
C wrapper library
`"]:::rectangle
D["`
RadarSimM
MATLAB module
`"]:::rectangle
E["`
RadarSimNb
Jupyter notebooks
`"]:::rectangle
B --> A
C --> A
D --> C
E --> B
classDef rectangle rect,fill:#ffffff,color:#53a757,stroke:#53a757,rx:10,ry:10,padding:0
click A "https://radarsimx.com/radarsimx/radarsimcpp/" "RadarSimCpp"
click B "https://radarsimx.com/radarsimx/radarsimpy/" "RadarSimPy"
click C "https://radarsimx.com/radarsimx/radarsimlib/" "RadarSimLib"
click D "https://radarsimx.com/radarsimx/radarsimm/" "RadarSimM"
click E "https://radarsimx.com/radarsimx/radarsimnb/" "RadarSimNb"