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
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
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).
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.
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.
Turtlebot3 Mission Planning and Execution Pipeline for Oil&Gas Inspection and Maintenance.
🚗 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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