Media Summary: Energy-optimized Consensus Formation Control for Time-delayed Bilateral Teleoperation System of UAVs Third experiment running all robot data recorded as text file in robot, will available soon either in matlab/ GNU-Octave and png file. Formation Control via Passivity-Based Distributed Optimization and Estimation Consensus
Energy Optimized Consensus Formation Control - Detailed Analysis & Overview
Energy-optimized Consensus Formation Control for Time-delayed Bilateral Teleoperation System of UAVs Third experiment running all robot data recorded as text file in robot, will available soon either in matlab/ GNU-Octave and png file. Formation Control via Passivity-Based Distributed Optimization and Estimation Consensus Ranjith Ravindranathan Nair, Prof. Laxmidhar Behera, Intelligent Systems and This video was produced when the laboratory operated as the National Renewable Autonomous Systems Research Theme - Consensus Control
This movie shows a novel cooperative coevolutionary algorithm (CCEA)-based distributed model predictive RelationalAI is used to analyze an electrical grid and Demo for the Energy Efficiency Formation Control of AUVs Complementary video to ICARCV 2020 submission. The video shows Heitor Savino's research on A Near-Optimal Finite-Time Sliding-Mode Consensus Control of Multi-Agent System under Dynamic Events
