Media Summary: In this video we see the simulation of a fleet of autonomous vehicles for which a hybrid 100 simulations of teams of vehicles moving in unknown obstacle scenarios Formation control using consensus control and MPC

Distributed Mpc Applied To Online Formation Control Evolving Formation - Detailed Analysis & Overview

In this video we see the simulation of a fleet of autonomous vehicles for which a hybrid 100 simulations of teams of vehicles moving in unknown obstacle scenarios Formation control using consensus control and MPC This movie shows a novel cooperative coevolutionary algorithm (CCEA)-based Distributed Formation Control of Double-Integrator Vehicles with Disturbance Rejection This is a simulation of 3 UAVs using stereo camera to stay in a

Distributed Model Predictive Formation Control ofMulti-Rotor UAVs with Virtual Tube We address the integration of onboard perception and decision layers in a Accepted to ICRA 2025 Link to paper: Abstract: This paper presents experiments for embedded ... Distributed Observer-Based MPC for Collision-Free Consensus Formation of Turtlebot3 This is a flight test of four MAVs showing the effectiveness of consensus and This video shows the simulation results of the paper "

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Distributed MPC applied to online formation control (evolving formation)
Distributed MPC applied to quadcopter formation control (Hexagonal)
Distributed MPC based Formation Control for Car-like Vehicles
Distributed Formation Control Under Arbitrarily Changing Topology - Presentation
Robust 3D Distributed Formation Control with Application to Quadrotor Formations
Distributed model predictive control strategy for vehicle teams in uncertain narrowed environments
Distributed MPC applied to quadcopter formation control (Triangular)
Simulations of multi-vehicle systems moving in unknown environments controlled by distributed mpc
Formation control using consensus control and MPC
Distributed MPC applied to quadcopter formation control in ROS/Gazebo
Distributed Formation Control for Multi-robot in Narrow Space Environments (Gazebo)
CCEA based Formation Control
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Distributed MPC applied to online formation control (evolving formation)

Distributed MPC applied to online formation control (evolving formation)

Video made using Python Matplotlib.

Distributed MPC applied to quadcopter formation control (Hexagonal)

Distributed MPC applied to quadcopter formation control (Hexagonal)

Video made using Python Matplotlib.

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Distributed MPC based Formation Control for Car-like Vehicles

Distributed MPC based Formation Control for Car-like Vehicles

Supporting video for ICARCV'16.

Distributed Formation Control Under Arbitrarily Changing Topology - Presentation

Distributed Formation Control Under Arbitrarily Changing Topology - Presentation

Website: https://sites.google.com/view/kavehfathian/home Email: kaveh.fathian@utdallas.edu.

Robust 3D Distributed Formation Control with Application to Quadrotor Formations

Robust 3D Distributed Formation Control with Application to Quadrotor Formations

We present a 3D

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Distributed model predictive control strategy for vehicle teams in uncertain narrowed environments

Distributed model predictive control strategy for vehicle teams in uncertain narrowed environments

In this video we see the simulation of a fleet of autonomous vehicles for which a hybrid

Distributed MPC applied to quadcopter formation control (Triangular)

Distributed MPC applied to quadcopter formation control (Triangular)

Video made using Python Matplotlib.

Simulations of multi-vehicle systems moving in unknown environments controlled by distributed mpc

Simulations of multi-vehicle systems moving in unknown environments controlled by distributed mpc

100 simulations of teams of vehicles moving in unknown obstacle scenarios

Formation control using consensus control and MPC

Formation control using consensus control and MPC

Formation control using consensus control and MPC

Distributed MPC applied to quadcopter formation control in ROS/Gazebo

Distributed MPC applied to quadcopter formation control in ROS/Gazebo

Source file see: https://github.com/Bryce-R/ROS_Gazebo.

Distributed Formation Control for Multi-robot in Narrow Space Environments (Gazebo)

Distributed Formation Control for Multi-robot in Narrow Space Environments (Gazebo)

Distributed Formation Control

CCEA based Formation Control

CCEA based Formation Control

This movie shows a novel cooperative coevolutionary algorithm (CCEA)-based

Distributed Formation Control of Double-Integrator Vehicles with Disturbance Rejection

Distributed Formation Control of Double-Integrator Vehicles with Disturbance Rejection

Distributed Formation Control of Double-Integrator Vehicles with Disturbance Rejection

Stereo Camera Formation Control using Model Predictive Control for UAVs (4x Speed)

Stereo Camera Formation Control using Model Predictive Control for UAVs (4x Speed)

This is a simulation of 3 UAVs using stereo camera to stay in a

Distributed Model Predictive Formation Control ofMulti-Rotor UAVs with Virtual Tube

Distributed Model Predictive Formation Control ofMulti-Rotor UAVs with Virtual Tube

Distributed Model Predictive Formation Control ofMulti-Rotor UAVs with Virtual Tube

Distributed Formation Control of Drones WithOnboard Perception

Distributed Formation Control of Drones WithOnboard Perception

We address the integration of onboard perception and decision layers in a

Cooperative distributed model predictive control for embedded systems

Cooperative distributed model predictive control for embedded systems

Accepted to ICRA 2025 Link to paper: https://arxiv.org/abs/2409.13334 Abstract: This paper presents experiments for embedded ...

Distributed Observer-Based MPC  for Collision-Free  Consensus Formation of Turtlebot3

Distributed Observer-Based MPC for Collision-Free Consensus Formation of Turtlebot3

Distributed Observer-Based MPC for Collision-Free Consensus Formation of Turtlebot3

Consensus and MPC-based distributed multi-agent formation control in cluttered environments

Consensus and MPC-based distributed multi-agent formation control in cluttered environments

This is a flight test of four MAVs showing the effectiveness of consensus and

Distributed Model Predictive Pose Control of Multiple Nonholonomic Vehicles

Distributed Model Predictive Pose Control of Multiple Nonholonomic Vehicles

This video shows the simulation results of the paper "