Media Summary: Riccardo Falconi, Lorenzo Sabattini, Cristian Secchi, Cesare Fantuzzi, Claudio Melchiorri. First experiment running all robot leader - follower (NAO1-red) as the leader and the rest as the follower. Only NAO1 know where ... A group of differential wheeled robots exploit

Edge Weighted Consensus Based Formation - Detailed Analysis & Overview

Riccardo Falconi, Lorenzo Sabattini, Cristian Secchi, Cesare Fantuzzi, Claudio Melchiorri. First experiment running all robot leader - follower (NAO1-red) as the leader and the rest as the follower. Only NAO1 know where ... A group of differential wheeled robots exploit In this video, we show the effectiveness of a This is a video presentation for the paper: " Under an arbitrary changing topology, the agents converge to their desired shape defined as a square. The control is distributed ...

Live presentation of the paper "Model Reduction of

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Edge-Weighted Consensus Based Formation Control Strategy With Collision Avoidance
Edge-Weighted Consensus Based Formation Control Strategy With Collision Avoidance
Edge--Weighted Consensus Based Formation Control Strategy With Collision Avoidance
Session 9 - Distribution of Consensus in a Broadcast-based Consensus-forming Algorithm
Consensus Formation Control with NAO part1
Decentralized Formation Control using Consensus
A Graph-Based Collision-Free Distributed Formation Control Strategy
Primer on Distance based Formation Control
Adaptive formation control
Optimal Semistabilization to Achieve Consensus in a Multiagent Formation
Consensus Control of Distributed Robots Using Direction of Arrival of Wireless Signals
Distributed Formation Control Under Arbitrarily Changing Topology - Simulation 1
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Edge-Weighted Consensus Based Formation Control Strategy With Collision Avoidance

Edge-Weighted Consensus Based Formation Control Strategy With Collision Avoidance

Riccardo Falconi, Lorenzo Sabattini, Cristian Secchi, Cesare Fantuzzi, Claudio Melchiorri.

Edge-Weighted Consensus Based Formation Control Strategy With Collision Avoidance

Edge-Weighted Consensus Based Formation Control Strategy With Collision Avoidance

Riccardo Falconi, Lorenzo Sabattini, Cristian Secchi, Cesare Fantuzzi, Claudio Melchiorri.

Edge--Weighted Consensus Based Formation Control Strategy With Collision Avoidance

Edge--Weighted Consensus Based Formation Control Strategy With Collision Avoidance

In this paper, a

Session 9 - Distribution of Consensus in a Broadcast-based Consensus-forming Algorithm

Session 9 - Distribution of Consensus in a Broadcast-based Consensus-forming Algorithm

Shigeo Shioda. Distribution of

Consensus Formation Control with NAO part1

Consensus Formation Control with NAO part1

First experiment running all robot leader - follower (NAO1-red) as the leader and the rest as the follower. Only NAO1 know where ...

Decentralized Formation Control using Consensus

Decentralized Formation Control using Consensus

Video uploaded from my mobile phone.

A Graph-Based Collision-Free Distributed Formation Control Strategy

A Graph-Based Collision-Free Distributed Formation Control Strategy

A group of differential wheeled robots exploit

Primer on Distance based Formation Control

Primer on Distance based Formation Control

... this

Adaptive formation control

Adaptive formation control

Adaptive formation control

Optimal Semistabilization to Achieve Consensus in a Multiagent Formation

Optimal Semistabilization to Achieve Consensus in a Multiagent Formation

In this video, we show the effectiveness of a

Consensus Control of Distributed Robots Using Direction of Arrival of Wireless Signals

Consensus Control of Distributed Robots Using Direction of Arrival of Wireless Signals

This is a video presentation for the paper: "

Distributed Formation Control Under Arbitrarily Changing Topology - Simulation 1

Distributed Formation Control Under Arbitrarily Changing Topology - Simulation 1

Under an arbitrary changing topology, the agents converge to their desired shape defined as a square. The control is distributed ...

Model Reduction of Consensus Networks via Selection of Optimal Edge Weights and Nodal Time-Scales

Model Reduction of Consensus Networks via Selection of Optimal Edge Weights and Nodal Time-Scales

Live presentation of the paper "Model Reduction of