Media Summary: Exploiting the recently developed prescribed performance The GRITSbots form a rectangular shape using Prescribed Performance Distance Based Formation Control

Robust Distributed Planar Formation Control - Detailed Analysis & Overview

Exploiting the recently developed prescribed performance The GRITSbots form a rectangular shape using Prescribed Performance Distance Based Formation Control This video presents the simulation results associated with the paper **“Adjustable Stiffness The team is composed by 5 Khepera III mobile robots and a base station set-up by the robotic group of University of Cassino.

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Robust Distributed Planar Formation Control for Higher-Order Holonomic and Nonholonomic Agents
Robust 3D Distributed Formation Control with Application to Quadrotor Formations
Robust 3D Distributed Formation Control with Collision Avoidance and Application to MAVs
Robust 3D Distributed Formation Control with Application to Quadrotors
Robotarium Experiment Showcase - Distributed Formation Control
Distributed Formation Control via Mixed Barycentric Coordinate and Distance-Based Approach
Distributed Formation Control of Mobile Robots
Robust Model-Free Formation Control with Prescribed Performance for Nonlinear Multi-Agent Systems
Robotarium Experiment Showcase - Formation Control
Distributed Formation Control of Unicycles with Collision Avoidance: Simulation
Prescribed Performance Distance Based Formation Control
Simulation of Adjustable Stiffness Formation Control for Differentially Driven Mobile Robots
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Robust Distributed Planar Formation Control for Higher-Order Holonomic and Nonholonomic Agents

Robust Distributed Planar Formation Control for Higher-Order Holonomic and Nonholonomic Agents

We present a

Robust 3D Distributed Formation Control with Application to Quadrotor Formations

Robust 3D Distributed Formation Control with Application to Quadrotor Formations

We present a 3D

Robust 3D Distributed Formation Control with Collision Avoidance and Application to MAVs

Robust 3D Distributed Formation Control with Collision Avoidance and Application to MAVs

We present a

Robust 3D Distributed Formation Control with Application to Quadrotors

Robust 3D Distributed Formation Control with Application to Quadrotors

We present a

Robotarium Experiment Showcase - Distributed Formation Control

Robotarium Experiment Showcase - Distributed Formation Control

The GRITSbots execute a decentralized

Distributed Formation Control via Mixed Barycentric Coordinate and Distance-Based Approach

Distributed Formation Control via Mixed Barycentric Coordinate and Distance-Based Approach

We present a

Distributed Formation Control of Mobile Robots

Distributed Formation Control of Mobile Robots

Robots: e-puck v2.

Robust Model-Free Formation Control with Prescribed Performance for Nonlinear Multi-Agent Systems

Robust Model-Free Formation Control with Prescribed Performance for Nonlinear Multi-Agent Systems

Exploiting the recently developed prescribed performance

Robotarium Experiment Showcase - Formation Control

Robotarium Experiment Showcase - Formation Control

The GRITSbots form a rectangular shape using

Distributed Formation Control of Unicycles with Collision Avoidance: Simulation

Distributed Formation Control of Unicycles with Collision Avoidance: Simulation

We present a

Prescribed Performance Distance Based Formation Control

Prescribed Performance Distance Based Formation Control

Prescribed Performance Distance Based Formation Control

Simulation of Adjustable Stiffness Formation Control for Differentially Driven Mobile Robots

Simulation of Adjustable Stiffness Formation Control for Differentially Driven Mobile Robots

This video presents the simulation results associated with the paper **“Adjustable Stiffness

Distributed formation control of mobile robots

Distributed formation control of mobile robots

The team is composed by 5 Khepera III mobile robots and a base station set-up by the robotic group of University of Cassino.