Видео ютуба по тегу E-Pucks

Test with 12 e-pucks without coordination algorithm, using only repulsion forces (speed up 12x).
Test with 12 e-pucks without coordination algorithm, using only repulsion forces (speed up 12x).
V-REP: A Group of 5 e-pucks
V-REP: A Group of 5 e-pucks
Automated and optimal formation control of four mobile robots (e-pucks)
Automated and optimal formation control of four mobile robots (e-pucks)
ARGoS Simulation With 10 E-Pucks Without Failure
ARGoS Simulation With 10 E-Pucks Without Failure
Foraging with e-pucks
Foraging with e-pucks
Hierarchical Adaptive Control with e-pucks
Hierarchical Adaptive Control with e-pucks
Robot to Robot Bluetooth Communication using e-pucks [1]
Robot to Robot Bluetooth Communication using e-pucks [1]
E-Pucks
E-Pucks
Foraging with e-pucks: Congestion
Foraging with e-pucks: Congestion
Traffic control for robotic swarm with common target: Spiral algorithm (e-pucks)
Traffic control for robotic swarm with common target: Spiral algorithm (e-pucks)
Institutional Robotics with e-pucks @ ISR/IST (1)
Institutional Robotics with e-pucks @ ISR/IST (1)
Automated and optimal formation control of four mobile robots e pucks
Automated and optimal formation control of four mobile robots e pucks
Guided Modular E-Pucks
Guided Modular E-Pucks
Traffic control for robotic swarm with common target:
Traffic control for robotic swarm with common target: "Siren" algorithm (e-pucks)
E-pucks follow led lights
E-pucks follow led lights
Flocking with e-pucks
Flocking with e-pucks
Institutional Agent Controller exemplified with Wireless Connected Swarm (two simulated e-pucks)
Institutional Agent Controller exemplified with Wireless Connected Swarm (two simulated e-pucks)
Optimised flocking algorithm for e-pucks
Optimised flocking algorithm for e-pucks
Distributed area coverage with 6 e-pucks
Distributed area coverage with 6 e-pucks
Positioning e-pucks to start running topology algorithms over Topology 2
Positioning e-pucks to start running topology algorithms over Topology 2
Traffic control for robotic swarm with common target: Spiral algorithm (e-pucks)
Traffic control for robotic swarm with common target: Spiral algorithm (e-pucks)
Swarm of E-pucks without arms
Swarm of E-pucks without arms
Optimal formation control of e-pucks (System Control Lab., Chiba Univ., Japan)
Optimal formation control of e-pucks (System Control Lab., Chiba Univ., Japan)
Traffic control for robotic swarm with common target: Regions algorithm (e-pucks)
Traffic control for robotic swarm with common target: Regions algorithm (e-pucks)