Monopulse Radar Speed and Range Measurement
MATLAB implementation for monopulse radar speed and range measurement, generating 3D simulation plots of velocity, distance, and amplitude
Radar Clutter Simulation Program Produces Range-Doppler Maps
Radar Clutter Simulation Program Generates Range-Doppler Maps with Signal Processing Implementation
Mean Shift Image Segmentation with Implementation Notes
Mean shift image segmentation implementation with three key simplifications: 1) Single iteration of mean shift process (for simplicity) 2) Neighborhood limitation using 2*hr radius during pixel translation 3) Exclusive use of Gaussian kernel for range weighting despite method selection option. Code modifications suggested for enhanced functionality.
Radar Range Gate Tracking with Dynamic Visualization
Source code for radar range gate tracking system featuring dynamic process visualization and configurable tracking parameters
DVHOP Algorithm Source Code
Application Background: Distance Vector Algorithm is a commonly used routing algorithm in dynamic routing protocols, which operates through vector superposition to acquire and compute routing information. The key technique involves each node measuring distances to neighbor nodes and determining relative network positions through multi-hop distance information exchange - a strategy employed by static wireless network localization algorithms. Modern mobile ad-hoc networks including vehicular networks implement this by converting dynamic localization problems into static positioning models through sampling approaches.
Traveling Salesman Must Visit n Cities
Given the pairwise distances between n cities, a salesman must visit all n cities exactly once and return to the starting city. How should we arrange the visiting order to minimize the total travel distance? This classic optimization problem can be implemented using algorithms like nearest neighbor greedy approach or Held-Karp dynamic programming with O(n²2ⁿ) complexity.