CBE40455-2020
Process Operations 2020
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jckantor/CBE40455-2020
CBE40455-2020
Table of Contents
Figure Index
Python Module Index
Chapter 1.0 CBE 40455/60455 Process Operations: Syllabus
Chapter 2.0 Modeling
2.1 Campus SIR Modeling
2.2 Campus SEIR Modeling
2.3 Campus Re-opening Model
2.4 Linear Analysis of Campus Reopening
Chapter 3.0 Introduction to Discrete Event Simulation
3.1 Python Generators
3.2 Introduction to Simpy
3.3 Agent Based Models
3.4 Modeling Events
3.5 Assignment
3.6 Simulating Queuing Systems
3.7 Simulating Queuing Systems
3.8 Modeling and Simulation of a Grocery Store Checkout Operation
3.9 Refinements of a Grocery Store Checkout Operation
3.10 Objected-Oriented Simulation
3.11 Batch Chemical Process
3.12 Little’s Law and other Odds and Ends
Chapter 7.0 Risk and Diversification
7.1 Measuring Return
7.2 Geometric Brownian Motion
7.3 Binomial Model for Pricing Options
7.4 Real Options
7.5 Portfolio Optimization
7.6 Portfolio Optimization using Mean Absolute Deviation
7.7 Portfolio Optimization
7.8 Log-Optimal Growth and the Kelly Criterion
7.9 Log-Optimal Portfolios