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1
Introduction
2
Control Systems
3
Design Patterns
4
PID Control
5
Integral Feedback
6
Robustness
7
Feedback Design
8
Reachability Test
9
Control Design
10
Choice of Feedback
11
Constraint Optimization
12
The Inner Loop
13
Re receding rise and control
14
Design process
15
Design iterations
16
Feedback loops
17
Temporal logic
18
System specifications
19
Summary
Description:
Explore feedback control theory architectures and tools for real-time decision making in this lecture by Richard Murray from Caltech. Delve into control systems, design patterns, and PID control. Examine integral feedback, robustness, and feedback design principles. Learn about reachability tests, control design, and constraint optimization. Understand the inner loop, receding horizon control, and the design process. Investigate design iterations, feedback loops, temporal logic, and system specifications. Gain valuable insights into the application of control theory in real-time decision-making scenarios.

Feedback Control Theory - Architectures and Tools for Real-Time Decision Making II

Simons Institute
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