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京东 11.11 红包
同步协同控制Cooperative Control Synchronization (Dr. Frank Lewis)
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COOPERATIVE CONTROL SYNCHRONIZATION: OPTIMAL DESIGN AND GAMES ON COMMUNICATION GRAPHS (Dr. Frank Lewis)
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非线性系统的观测器Observer Design for Nonlinear Systems: A Tutorial (Dr. Rajesh Rajamani)
多智能体协同分布式控制和优化Decentralized Control and Optimization of Cooperative Multi-Agent
滑模控制器的发展阶段 Sliding Mode Controllers Stages of Evolution
多智能体系统讲座Perspectives on the History, Sociology, and Math. of Influence Systems
02-07 Perception, Action, and State
Nyquist Stability Criterion Part 1
Nyquist Stability Criterion Part 2
Sketching Root Locus Part 2
Decentralized Control and Optimization in the Internet of Cars (Part B)
2.1 Principles of the Application Layer
分布式优化Distributed Optimization over Networks (Dr. Maria Prandini)
Simple Examples of PID Control
The Root Locus Method - Introduction
Bode Plots by Hand Complex Poles or Zeros
Stability of Closed Loop Control Systems
清华大学2024秋季学期“形势与政策“课程
1.5 Layering, encapsulation
Control Systems Lectures - Transfer Functions
2.7 Socket programming
Final Value Theorem and Steady State Error
03-04 Concurrent Metatem - A Logic-based Multi-agent Programming Language
1.2 The network edge
01-02 Where did MultiAgent Systems Come From_
Why Learn Control Theory
1.6 Networks Under Attack
20201014 【尖端講座系列】第十場 神話與歷史
Routh-Hurwitz Criterion An Introduction
控制遇上机器学习 Babak Hassibi 加州理工讲座
Distributed Control of Energy Management Systems
1.4 Performance
初一七年级人教版新教材Unit3 My School!SectionB What fun things do you do at school? 第四课时公开课
2.4 The Domain Name System (DNS)
Control Systems Lectures - Time and Frequency Domain
The Laplace Transform - A Graphical Approach
02-08 How to tell an agent what to do (without telling it how to do it)
02-02 Properties of Intelligent Agents
多智能体系统控制 第五章 线性系统的一致性算法设计(二阶积分器) 01
Fundamentals of Reinforcement Learning
Gain a better understanding of Root Locus Plots using Matlab
02-04 All About an Agent's Environment