Complex Systems Engineering
Teaching tools and techniques to better understand, analyze and manage complex socio-technical systems.
Markov Chains - Classification of States
Queueing Theory: MM1 with Capacity (M/M/1/GD/c/inf)
Queueing Theory - M/M/1 Examples
Queueing Theory - M/M/1 System Characteristics
OC Curves for x-bar Control Charts; Type II error, ARL, and Sample Size
Queueing Theory - Modeling the Service Process
Queueing Theory - Kendall-Lee Notations
Queueing Theory - Poisson and Exponential Distributions
Queuing Theory - Modeling the Arrival Process
Queueing Theory - Introduction
Markov Chains - Quick Review
How to calculate the Inverse of a Matrix
Markov Chains - Absorbing Chains
Markov Chains - Mean First Passage Times
Markov Chains - Application of Steady States
Markov Chains - Steady States
Conditional Probability
Decision Trees - Bayes Rule Example
Bayes' Rule and Decision Trees
Bayes' Rule
Decision Trees - Introduction
Decision Trees - Calculating EVSI and EVPI
Decision Trees - Incorporating the Utility Functions
Decision Trees - Solution Method (The Backward Method)
Example of an arrival process
Reliability of Systems - Three-State Devices