RF Analysis & Processing

RF Analysis & Processing

TSC’s Connecticut Office provides leading edge engineering in the areas of RF, modeling and simulation, algorithm development, and AI/ML automated target recognition.

Pulse-by-Pulse Radar Simulations

  • Arbitrary Waveforms
  • Phased Array & other Antennas
  • Ship/Missile & Target Motion
  • Sea & Ground Clutter
  • Measurement Ambiguities
  • Range/Doppler Maps

High Fidelity RCS Modeling

  • Ships
  • Aircraft
  • Buoys
  • Wind Turbines
  • Ports and Terrain

Processing Algorithms

  • Detection & Tracking
  • AI/ML-Based Target Recognition
  • Aimpoint Selection

Software Programming

  • Matlab / Python Prototyping
  • C / C++ Production
  • Formal Design and Documentation

Radar Waveform Design

  • Pulse Trains with LFM & other Phase Codes
  • Multiple PRFs to Resolve Range/Doppler Ambiguities
  • Parameter Variation with Range & Beam Position

Radar Analysis

  • Requirements Definition
  • Hardware Limitations
  • Performance Estimation

Real-Time Signal Processing

  • Efficient Algorithm Design
  • High-Performance Computers including Multi-Processor, FPGA and
    GPU Architectures
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