Parallel PHD Function on Target Association with Multistatic Radar System (MRS) using CUDA

Keyphrases

• Density Function 100%
• Target Association 100%
• Multistatic Radar System 100%
• CUD A 100%
• Signal Processing 33%
• Parallel Version 33%
• Performance Comparison 33%
• C Programming Language 33%
• Parallelization 33%
• Data Dimensions 33%
• Computation Process 33%
• NVIDIA 33%
• Matrix Data 33%
• Self-making 33%
• Complex Geometry 33%
• Function Performance 33%
• Parallel Behaviors 33%
• CUDA Kernel 33%
• CUDA Library 33%
• Passive multistatic Radar 33%
• Profiling Tools 33%
• Transmitter-receiver 33%
• Random Target 33%
• Passive Radar System 33%

Computer Science

• Density Function 100%
• Approximation (Algorithm) 33%
• Parallel Version 33%
• C# (Programming Language) 33%
• Parallelization 33%
• Data Dimension 33%
• Speed-up 33%
• Performance Comparison 33%
• Data Matrix 33%
• passive radar 33%
• Profiling Tool 33%
• Complex Calculation 33%
• Target System 33%

Engineering

• Multistatic Radar System 100%
• Parallel Version 50%
• Main Process 50%
• Radar Systems 50%
• Performance Function 50%
• Running Average 50%