Radar Systems

System model of a single-position radar system with multiple targets
System model of bistatic radar with two targets
Detection performance analysis using detection characteristics (Part 1)
Doppler estimation
Antenna patterns (part 1)
Frequency adaptation under interference
Radar scenario modelling
Modelling the microdoppler effect
System model of a single-target single-position radar system
Antenna patterns (part 2)
Target fluctuation models
Calculation of angular parameters
Modelling of test signals for a radar receiver
Detection Curves (ROC) Part 2: Monte Carlo Simulation
Model of single-position radar system with application of system objects
Multi-sample signal detection
Calculating the basic characteristics and parameters of a radio system
Automotive radar for range and speed estimation of multiple targets
Car radar based on multi-position frequency modulated (MFSK) signal
Vehicle radar for single target range estimation
Beamforming based on phase shift
Detecting a signal against white noise
Range and Doppler estimation using pulse compression
Detection at a constant false alarm probability (FALT)
Tracking objects using GNN
Modelling and visualisation of range and Doppler frequency data in a radar system in the presence of multiple targets
Selecting the type of sounding signal to improve the range of the radar system
Tuning of the centre frequency under interference
Modelling of EPR of elementary objects
Antenna patterns (part 3)
Receiver detection characteristics