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             Welcome to Cooperative Unmaned Systems Laboratory (CUSL)
             Welcome to Cooperative Unmanned Systems Laboratory (CUSL)
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=='''Courses'''==
=='''Courses'''==
[[file:Rock1.png|right|200px|]]






==='''AE 551 Flight Dynamics II (Spring 2023/2024)'''===


==='''AE 430 Aerospace Instrumentation (Spring 2015)'''===
 
==='''AE 430 Aerospace Instrumentation (Spring 2014-2022)'''===




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==='''AE 752 Linear Multivariable Control (Fall 2014)'''===
==='''AE 752 Linear Multivariable Control (Fall 2014/2016)'''===




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Chapter 7. State Feedback Control and State Feedback Regulator
Chapter 7. State Feedback Control and State Feedback Regulator


==='''AE 759 Estimation and Control of Unmanned Autonomous Systems  (Fall 2015)'''===
==='''AE 759 Estimation and Control of Unmanned Autonomous Systems  (Fall 2015)'''===
'''Class Outline:'''
Chapter 1. Introduction to Unmanned Autonomous System
Chapter 2. Kinematics & Dynamics
Chapter 3. Navigation Sensors
Chapter 4. Kalman Filter
Chapter 5. Complementary Filter
Chapter 6. State Estimation for Unmanned Autonomous Systems
Chapter 7. Cascaded PID Controller for Trajectory Tracking

Latest revision as of 21:36, 11 August 2024

Welcome to Cooperative Unmanned Systems Laboratory (CUSL)


Courses


AE 551 Flight Dynamics II (Spring 2023/2024)

AE 430 Aerospace Instrumentation (Spring 2014-2022)

Class Outline:

Chapter 1. Fourier Transform

Chapter 2. Sampling Theory

Chapter 3. Instrument Specifications

Chapter 4. Measurement Errors

Chapter 5. Data Acquisition

Chapter 6. Data Analysis and Filter Design

Chapter 7. Sensor Calibration

Chapter 8. Aerospace Sensors (Analog/Digital)


AE 752 Linear Multivariable Control (Fall 2014/2016)

Class Outline:

Chapter 1. Introduction & Review

Chapter 2. State Space Representation

Chapter 3. Solution of Linear Systems (LTI/LTV)

Chapter 4. System Stability

Chapter 5. Cooperative Control

Chapter 6. Controllability and Observability

Chapter 7. State Feedback Control and State Feedback Regulator


AE 759 Estimation and Control of Unmanned Autonomous Systems (Fall 2015)

Class Outline:

Chapter 1. Introduction to Unmanned Autonomous System

Chapter 2. Kinematics & Dynamics

Chapter 3. Navigation Sensors

Chapter 4. Kalman Filter

Chapter 5. Complementary Filter

Chapter 6. State Estimation for Unmanned Autonomous Systems

Chapter 7. Cascaded PID Controller for Trajectory Tracking