edouardrolland
PhD Candidate in Multi-Agent Systems for Nature Conservation Missions at the University of Southern Denmark, UAS Center
SDUOdense
Pinned Repositories
vscode_ros2_px4_workspace
A template for generating a docker development environment suited for PX4, Gazebo and ROS2.
Machine-Vision-and-Path-Planning-for-Volcanic-Monitoring
Code implemented as part of my MSc Thesis conducted at the University of Bristol
Soft_Robotics_Machine_Vision
Python code developed to study the curvature of a fluidic elastomer soft gripper.
animal_monitoring
Boids_Simulator
Predator Prey simulation using the Boids algorithm. Boids are artificial life-forms that exhibit collective behavior by following a set of rules related to separation, alignment, and cohesion. In this simulation, the boids represent prey animals, and there is an option to include a predator, which follows the boids based on these rules.
edouardrolland.github.io
Prey_Predator_Tracking
Profile_Readme
Statistics_Animals
TestVolc
edouardrolland's Repositories
edouardrolland/vscode_ros2_px4_workspace
A template for generating a docker development environment suited for PX4, Gazebo and ROS2.
edouardrolland/Prey_Predator_Tracking
edouardrolland/animal_monitoring
edouardrolland/Boids_Simulator
Predator Prey simulation using the Boids algorithm. Boids are artificial life-forms that exhibit collective behavior by following a set of rules related to separation, alignment, and cohesion. In this simulation, the boids represent prey animals, and there is an option to include a predator, which follows the boids based on these rules.
edouardrolland/Statistics_Animals
edouardrolland/TestVolc
edouardrolland/edouardrolland.github.io
edouardrolland/Profile_Readme
edouardrolland/Machine-Vision-and-Path-Planning-for-Volcanic-Monitoring
Code implemented as part of my MSc Thesis conducted at the University of Bristol
edouardrolland/Soft_Robotics_Machine_Vision
Python code developed to study the curvature of a fluidic elastomer soft gripper.