Content
Undated material is presented at the end, although it may be more recent than other items
2018
- 0627 Maximizing profit increase in manufacturing based on an Information Theory model
by Michael Louis George
2013
- 0625 Equi-partition of Energy of WIP R
by Michael Louis George - 0624 Effective Mass Me of WIP derived from Little’s Law
by Michael Louis George - 0624 Effective Mass Me of WIP derived from Little’s Law
by Michael Louis George - 0623 Derivation of Minimum Batch size to minimize WIP and Cycle Time
by Michael Louis George - 0623 Derivation of Minimum Batch size to minimize WIP and Cycle Time
by Michael Louis George - 0622 Derivation of the Probability Distribution of WIP velocities
by Michael Louis George - 0622 Derivation of the Probability Distribution of WIP velocities
by Michael Louis George - 0621 Derivation of the the conversion factor from bits of entropy to dollars of waste
by Michael Louis George - 0621 Derivation of the the conversion factor from bits of entropy to dollars of waste
by Michael Louis George - 0620 Relative Entropy and Profit Increase
by Michael Louis George
2011
- 0620 Formula for Manufacturing Profit increase based on Thermodynamic Model
by Michael Louis George - 0620 Formula for Manufacturing Profit increase based on Thermodynamic Model
by Michael Louis George
2008
- 0606 Little’s Law and Business Entropy
by Michael Louis George - 0606 Little’s Law and Business Entropy
by Michael Louis George - 0606 Little’s Law and Business Entropy
by Michael L. George - 0606 What is Business Entropy
by Michael L. George - 0605 Log Cycle Time as a Predictor of Cost Reduction
by Michael L. George - 0605 Predicting Cost Reduction due to Faster Cycle Time
by Michael L. George - 0605 Log Cycle Time as a Predictor of Cost Reduction
by Michael Louis George - 0604 What is Business Entropy
by Michael Louis George
2007
- 0608 United States Patent Application Publication - Predictive Cost Reduction Based on a Thermodynamic Model
by Michael Louis George - 0607 Predicting the Profit Potential of a Microeconomic Process: An Information Theoretic/Thermodynamic Approach
by Michael Louis George - 0605 On the Thermodynamics of Profit
by Michael George
2006
- 0602 A Microeconomic Model for Achieving and Sustaining Supernormal Returns, March 31, 2006
by Michael George - 0602 A Microeconomic Model for Achieving and Sustaining Supernormal Returns
by Michael George
2003
Undated
- 0604 Derivation of the the conversion factor from bits of entropy to dollars of waste
by Michael Louis George