Radar Systems

A system model of a single-position radar system with multiple targets
A two-purpose bistatic radar system model
Analysis of detection efficiency using detection characteristics (Part 1)
Doppler estimation
Antenna radiation patterns (Part 1)
Frequency adaptation when exposed to interference
Simulation of a radar scenario
Modeling the microdopler effect
A system model of a single-position radar system with a single purpose
Antenna radiation patterns (Part 2)
Goal fluctuation models
Calculation of angular parameters
Simulation of test signals for a radar receiver
Adaptive beamforming when exposed to interference
Detection Curves (ROC) Part 2: Monte Carlo simulation
A model of a single-position radar system using system objects
Multi-sample signal detection
Calculation of the main characteristics and parameters of the radio system
Car radar for estimating the range and speed of multiple targets
Multi-position Frequency Modulated (MFSK) car radar
Car radar for estimating the range of a single target
Beam shaping based on phase shift
Signal detection against a background of white noise
Estimation of range and Doppler using pulse compression
Detection at a constant probability of false alarm (PVLT)
ECG monitoring using continuous radiation radar and deep learning (Part 1)
Object tracking using GNN
Modeling and visualization of range and Doppler frequency data in a radar system with multiple targets
Selection of the type of probing signal in order to improve the range of the radar system
Adjustment of the central frequency when exposed to interference
EPR modeling of elementary objects
ECG monitoring using continuous radiation radar and deep learning (Part 2)
Antenna radiation patterns (Part 3)
Receiver Detection Characteristics