Segmented materials simulate explosive reflectivity to benchmark system performance without flammability hazards.
Phase measurement of continuous wave signals determines object direction without complex mechanical scanning or steerable antenna arrays.
ECU relaxes radar selection criteria for targets behind stopped vehicles to enhance detection accuracy.
Dynamic waveform switching adapts radar operation modes to reception signal quality, resolving distance-dependent detection accuracy trade-offs.
A common clock generator synchronizes high-frequency oscillators to reduce phase noise and improve angular measurement accuracy in distributed radar systems.
A two-stage detection method eliminates ghost objects from multipath reflections, improving object identification accuracy for autonomous vehicles.
An automotive radar system discriminates man-made interference through adaptive frequency sweep selection, improving obstacle detection reliability.
A radar system updates base clutter maps using motion sensor data to track platform movement.
Assigning interleaved subgrids to parallel processors balances workload distribution and reduces idle time during radar cross section calculations.
A system creates a three-dimensional occultation map to identify radar coverage gaps and select optimal sites for additional units.
Aircraft hazard warning radar uses multiple polarization techniques to match particle orientations for precise detection.
A radar apparatus segments detection into coarse and zoom phases using variable slope ramp signals to estimate obstacle distances.
Sparse antenna arrays with segmented resolution processing reduce computational burden while maintaining image fidelity for real-time threat detection.
A vehicle user equipment selects a unique hopping pattern for radar signal transmission to enable interference coordination.
A radar sensor lowers output power when a digital interface line reaches a predetermined level to minimize interfering sidebands.