Multi-Robot Systems
I taught a 30-week course about Multi-Robot Systems (MRS) at HKUST. This course is a combination of some Robotics, SLAM, Multi-Agent Systems, Reinforcement Learning, and Game Theory topics, which are related to MRS.
If you require the complete course material or encounter any difficulties, please download the zip file.
Lecture1_Introduction to Multi-Robot Systems I (HKUST)
Lecture2_Introduction to Multi-Robot Systems II (HKUST)
Lecture3_Motion Control (HKUST)
Lecture4_Sensors and Perception (link from ETH)
Lecture5_Localization (link from CMU)
Lecture6_Navigation and Path Planning (link from CMU)
Lecture7_Intro to Reinforcement Learning (link from UCL)
Lecture8_Multiarmed Bandits (link from MIT)
Lecture9_Markov Decision Processes (link from UC Berkeley)
Lecture10_Dynamic Programming (link from UCL)
Lecture11_1_Monte Carlo Methods (link from UMass)
Lecture11_2_Importance Sampling (slides from UC Irvine)
Lecture12_Temporal Difference Learning (link from NEU)
Lecture13_Planning I (link from CMU)
Lecture14_Planning II (link from CMU)
Lecture15_Value Function Approximation (link from David Silver)
Lecture16_Policy Gradient Methods (link from David Silver)
Lecture17_Deep Learning (link from MIT)
Lecture18_Deep Reinforcement Learning (link from CUHK)
Lecture19_Multi-Robot Path Planning (link from CMU)
Lecture20_Reading: Multi-Agent Reinforcement Learning I (link from TU Delft)
Lecture21_Reading: Multi-Agent Reinforcement Learning II (paper from Oxford)
Lecture22_Intro to Game Theory (link from CMU)
Lecture23_Bayesian Games (link from Harvard)
Lecture24_Learning in Repeated Games (link from Jun Wang)
Lecture25_Reading: Multi-Agent Reinforcement Learning III (paper from Oxford)
Lecture26_Reading: Multi-Agent Reinforcement Learning IV (paper from UCL)
Lecture27_Intro to Mechanism Design (link from USTC)
Lecture28_Reading: Multi-Agent Reinforcement Learning V (paper from Oxford)
Lecture29_Reading: Multi-Agent Reinforcement Learning VI
Lecture30_Reading: A Survey of Multi-Objective Sequential Decision-Making
WE ARE NOT DONE YET!
Boost List:
Decision Making Under Uncertainty: Theory and Application
Reinforcement Learning: Theory and Algorithms
Carlos Ernesto Guestrin's Ph.D. Thesis