This project explores object tracking of human and vehicle targets in the infrared using Matlab. Using the OTCBVS Benchmark Dataset Collection, tracking of pedestrians are performed in a variety of infrared videos. Tracking is performed in cases with single pedestrians in the scene and also in cases with multiple pedestrians. Tracking approaches is centered on techniques most suited to the infrared. The project will not focus on identification of targets but instead on maintenance of accurate track following the identification. Performance of the developed tracking techniques are analyzed using the ground truth data from the databases. Metrics, such as those from the IEEE workshop on Performance Evaluation of Tracking and Surveillance is used for the analysis. All coding is done in MATLAB.

a simple code to generate Ground track or Grace twin satellites in matlab based on TLE file

Plots the ground track of an orbit given its planetodetic coordinates (i.e. planetodetic latitude and longitude).

MATLAB code implementing a simple deterministic tracking and a multi-model particle filter-based tracking, and providing tracking evaluation results on ground truth datasets.

This project analyzes and visualizes the orbits, ground tracks, and visibility of five satellites using provided Keplerian elements and a geocentric reference system. MATLAB will be used for calculations and visualizations.

Ground tracks for any satellites using Python and MATLAB: State Vectors and TLE

MATLAB tool which will calculate the ground track for an orbiting satellite

This MATLAB script generates the ground track of a satellite orbit on a planisphere and a 3D orbit visualization. It takes either classical orbital elements or position and velocity vectors as input to calculate and plot the ground track. The script considers Earth's J2 effect and allows for both animated and static ground track visualization.

MATLAB functions to plot 3D orbits and ground tracks, and determine classical orbital elements from two-line elements or two position vectors using Lambert's problem.

MATLAB implementation of vehicle localization on a racetrack using Ultra-Wideband (UWB) Time Difference of Arrival (TDoA) and Angle of Arrival (AoA) measurements, with Extended Kalman Filter tracking, hybrid fusion, and performance evaluation against GPS RTK ground truth.

MATLAB-based Ground Resource Management scheduler for LEO satellite tracking

The project explores fundamental concepts in orbital mechanics, antenna dynamics, and PID control, combining these elements to simulate a Low Earth Orbit (LEO) satellite. It is designed for beginners interested in entering the space industry, particularly in the field of satellite communications.

Ground track tool written in MATLAB for a project in ASE366K Spacecraft Dynamics

A MATLAB GUI for space mission analysis and design. Supports orbit propagation with J2, drag, and solar radiation, maneuver planning, dv Calcultions , ground station access, pass time calculation, orbit/ground track visualization, and STK integration for result comparison.