cbe30338-2021
¶
Index of Figures in this Repository
¶
arduino_comsol.png
¶
2.3 First Order Model for a Single Heater
B.00-arduino_lab_kit.png
¶
1.3.1 Hardware
B.00-TCLabOverview.png
¶
1.4 The TCLab Python Package
B.01-FeedbackControlDiagram.png
¶
3.1.6 What will this project entail?
BatchProcess.png
¶
7.4.1 Problem Statement
7.5.7 Batch Processing Example (NEEDS REWORK)
)
cascade_control_1.png
¶
3.8.4 Exercise 1. PI Control for T2 using heater Q1
cascade_control_2.png
¶
3.8.5 Exerise 2. Cascade Control for the Temperature Control Lab
controller-coroutine.png
¶
3.7.2 PI Control
FeedbackControlDiagram2.png
¶
4.2.2 The Trouble with Output Feedback
4.4 Estimation and Anamoly Detection
FeedbackControlDiagram.png
¶
1.2.2 Elements of Feedback Control
3.1.6 What will this project entail?
LP_ProductX.png
¶
5.1.1 Example: Production Plan for a Single Product Plant
LP_ProductXY.png
¶
5.1.3 Production Plan: Mixed Product Strategy
LP_ProductY.png
¶
5.1.2 Production Plan: Product Y
LPprob01.png
¶
5.1.6 What are the active constraints?
Model_Data_Image.jpg
¶
2.3.2.5 Estimating $\alpha$
nihms-475924-f0001.jpg
¶
2.1.3.1.6 Step 5. Analysis of the Results
2.1.3.2.1 Analysis of the Results
Pharmaockinetics1.png
¶
2.1.3.1.5 Step 4. Solution and Visualization
2.1.3.1.6 Step 5. Analysis of the Results
Pharmaockinetics2.png
¶
2.1.3.2 Example 2: Improving Simulation using Time-Dependent Input
2.1.3.2.1 Analysis of the Results
Pharmaockinetics3.png
¶
2.1.3.3.1 Solution
Pharmaockinetics4.png
¶
2.1.3.3.1 Solution
PK-one-compartment.png
¶
2.1.2.1 One-Compartment Model
state_estimation_1.png
¶
4.0.1.3 State Estimation
state_estimation_2.png
¶
4.0.1.3 State Estimation
valve-position-feedback.png
¶
3.7.3.2 Anti-reset Windup - Version 2