Simulator for Unmanned Underwater Vehicles using ROS and Unity3D
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Updated
Jan 3, 2023 - C#
Simulator for Unmanned Underwater Vehicles using ROS and Unity3D
Unmanned Aerial Vehicle R based Mission Planner
An MCP server allowing LLMs to interact with Ansys/AGI STK - Digital Mission Engineering Software
Satellite dynamics Python library for orbital calculations and mission planning.
Sensor based Mission Planning for single robot using greedy based genetic algorithm
OmegaThreads constructs automatically correct-bu-construction controllers for dynamical systems to satisfy Omega-regular specifications given as discrete parity automata (DPA) or linear temporal logic (LTL) formulae. It constructs a symbolic model of the system and combine it with the specification into a parity game. Winning the parity game res…
A behavior tree library to integrate with i.e Unity Game Engine for controlling agents / AIs / NPCs
A collaboration server to enable mission preparation for multiplayer missions
Rocket Performance Analysis Tool - an automatic analysis of your rocket's capabilities.
Generates HuginOS Mission Plans based on user input
Bi-level MDPs for Mission Planning
Hands-on implementations of fundamental self-driving car concepts: stereo depth, LiDAR plane fitting, occupancy grid mapping, Extended Kalman Filter, vehicle models, mission planning, and parameter estimation.
PX4 + ROS2 Jazzy autonomous payload-drop system powered by Hailo-8L inference. Real-time YOLOv8s detection, OFFBOARD control, and full HIL validation (RPi5 ↔ PX4 SITL).
The reference implementation of the FlightLang language. Includes compiler, Python runtime, Rust codegen, and PX4/ROS 2 integration stubs.
Shortest road network paths with Open Street Map using a Dijkstra/A* Combo Algorithm
Turtlebot3 Mission Planning and Execution Pipeline for Oil&Gas Inspection and Maintenance.
This repository is a record of the Python scripts created by myself for my third-year project. It includes an orbital decay simulation for lifetime prediction, as well as fuel estimation scripts for orbit maintenance and rendezvous manoeuvres.
🚗 Explore essential concepts in self-driving cars through hands-on projects in perception, mapping, localization, and control using Python and Jupyter Notebooks.
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