Media Summary: This video is a display show for my undergraduate course ''Nonlinear Systems'' final exam project. All RapidPlan gives you a way to create different states for the simulated J. Alonso-Mora, A. Breitenmoser, M. Rufli, R. Siegwart, P. Beardsley, Proc. of IEEE Int. Conf. on

Multi Robot Point To Point - Detailed Analysis & Overview

This video is a display show for my undergraduate course ''Nonlinear Systems'' final exam project. All RapidPlan gives you a way to create different states for the simulated J. Alonso-Mora, A. Breitenmoser, M. Rufli, R. Siegwart, P. Beardsley, Proc. of IEEE Int. Conf. on Autonomy Talks - 10/03/2026 Speaker: Dr. Keisuke Okumura, AIST Japan & University of Cambridge Abstract: Implementation of a consensus-based formation control algorithm with obstacle avoidance capabilities on differential This is a supplementary simulation video for the previously uploaded "Distributed cooperative control for

Read the paper: What manipulation tasks can you do ... MIT - Nov. 14, 2025 Speaker: Stephanie Gil Seminar title: Resilient

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Multi Robot Point-To-Point Transitions with Collision Avoidance
Creating Multiple Robot States and Tool Center Points (TCPs)
Multi-Robot Planning [Lecture, Marija Popović]
Multi-Robot System for Artistic Pattern Formation
Autonomy Talks - Keisuke Okumura: From Scalable MAPF to Capable Multi-Robot Coordination
Autonomous Cooperative Multi-robot System: A Fully Distributed Approach
Multi-Robot System formation control
Simulation of multi-robot cooperative manipulation near multiple dynamic obstacles
Review of multi-robot exploration || How can multiple robots map together an environment?
Multi-Robot Position Control with just 2 Inputs
Stephanie Gil: Resilient Multi-Robot Systems: Coordination and Learning in the Real-World
Distributed Multi-Robot Formation with Optimal Point (Senior Design Project)
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Multi Robot Point-To-Point Transitions with Collision Avoidance

Multi Robot Point-To-Point Transitions with Collision Avoidance

This video is a display show for my undergraduate course ''Nonlinear Systems'' final exam project. All

Creating Multiple Robot States and Tool Center Points (TCPs)

Creating Multiple Robot States and Tool Center Points (TCPs)

RapidPlan gives you a way to create different states for the simulated

Multi-Robot Planning [Lecture, Marija Popović]

Multi-Robot Planning [Lecture, Marija Popović]

Planning and decision-making with

Multi-Robot System for Artistic Pattern Formation

Multi-Robot System for Artistic Pattern Formation

J. Alonso-Mora, A. Breitenmoser, M. Rufli, R. Siegwart, P. Beardsley, Proc. of IEEE Int. Conf. on

Autonomy Talks - Keisuke Okumura: From Scalable MAPF to Capable Multi-Robot Coordination

Autonomy Talks - Keisuke Okumura: From Scalable MAPF to Capable Multi-Robot Coordination

Autonomy Talks - 10/03/2026 Speaker: Dr. Keisuke Okumura, AIST Japan & University of Cambridge Abstract:

Autonomous Cooperative Multi-robot System: A Fully Distributed Approach

Autonomous Cooperative Multi-robot System: A Fully Distributed Approach

Multi

Multi-Robot System formation control

Multi-Robot System formation control

Implementation of a consensus-based formation control algorithm with obstacle avoidance capabilities on differential

Simulation of multi-robot cooperative manipulation near multiple dynamic obstacles

Simulation of multi-robot cooperative manipulation near multiple dynamic obstacles

This is a supplementary simulation video for the previously uploaded "Distributed cooperative control for

Review of multi-robot exploration || How can multiple robots map together an environment?

Review of multi-robot exploration || How can multiple robots map together an environment?

New to

Multi-Robot Position Control with just 2 Inputs

Multi-Robot Position Control with just 2 Inputs

Read the paper: https://swarmcontrol.ece.uh.edu/wp-content/papercite-data/pdf/6696401.pdf What manipulation tasks can you do ...

Stephanie Gil: Resilient Multi-Robot Systems: Coordination and Learning in the Real-World

Stephanie Gil: Resilient Multi-Robot Systems: Coordination and Learning in the Real-World

MIT - Nov. 14, 2025 Speaker: Stephanie Gil Seminar title: Resilient

Distributed Multi-Robot Formation with Optimal Point (Senior Design Project)

Distributed Multi-Robot Formation with Optimal Point (Senior Design Project)

Our system consists of five Pioneer 3-AT

Multi-robot Task Allocation with Real-Time Path Planning

Multi-robot Task Allocation with Real-Time Path Planning

Corobot