Unfolding causal loop story of Chris Argyris' famous Harvard Business Review article inspired by Gene Bellinger's AI assisted  kumu summary   
Unfolding causal loop story of Chris Argyris' famous Harvard Business Review article inspired by Gene Bellinger's AI assisted kumu summary  
10 months ago
As part of becoming familiar with InsightMaker, the purpose of this model is to merely replicate Gene Bellinger's completed "Moose_Wolves" model.     All credit needs to be given to Gene.   Thank you InsightMaker.com for making it so easy to rebuilt and model and provide details on equations, algori
As part of becoming familiar with InsightMaker, the purpose of this model is to merely replicate Gene Bellinger's completed "Moose_Wolves" model.  

All credit needs to be given to Gene.   Thank you InsightMaker.com for making it so easy to rebuilt and model and provide details on equations, algorithms.  
 The calorie reduction by Gene, copied so I can include stress, high intensity exercise, sleep and carb restriction.

The calorie reduction by Gene, copied so I can include stress, high intensity exercise, sleep and carb restriction.

 The calorie reduction by Gene, copied so I can include stress, high intensity exercise, sleep and carb restriction.

The calorie reduction by Gene, copied so I can include stress, high intensity exercise, sleep and carb restriction.

This currently links to Gene's more generic Enabling a Better Tomorrow This will be the entry point for the Shaping Our Healthier Futures thread. If you haven't previously reviewed the  Adventures in Wonderland  concept please do so as wandering in this environment is likely to make a lot more sense
This currently links to Gene's more generic Enabling a Better Tomorrow This will be the entry point for the Shaping Our Healthier Futures thread. If you haven't previously reviewed the Adventures in Wonderland concept please do so as wandering in this environment is likely to make a lot more sense afterwards.
 Use a savings account model to investigate the manner in which inflows and outflows govern the quantity of a stock. Extend the structure to create and investigate the relathionships of a growth producing reinforcing loop. 
 PCN Notes: change structure so that <time> is not needed in equation

Use a savings account model to investigate the manner in which inflows and outflows govern the quantity of a stock. Extend the structure to create and investigate the relathionships of a growth producing reinforcing loop.

PCN Notes: change structure so that <time> is not needed in equation for interest, and share with Gene.

 copied from: Gene Bellinger ( Escalation Archetype | Insight Maker )  An escalation structure results from two or more competing entities with the competition taking them to somewhere none of them want to be. See also  Archetypes .

copied from: Gene Bellinger (Escalation Archetype | Insight Maker)

An escalation structure results from two or more competing entities with the competition taking them to somewhere none of them want to be. See also Archetypes.

  Learning THread for hybrid models including Grimm's ODD and Nate Osgood's ABM Modeling Process and  Courses

 Learning THread for hybrid models including Grimm's ODD and Nate Osgood's ABM Modeling Process and Courses

WIP Clone of Gene Bellinger's  insight  with potential additions for health, including notes with health examples, and links among the trilogy which may look similar to PCT Double loop learning  insight simulation  With linear growth the Goal that is being sought
WIP Clone of Gene Bellinger's insight with potential additions for health, including notes with health examples, and links among the trilogy which may look similar to PCT Double loop learning insight simulation With linear growth the Goal that is being sought
 To develop insights regarding a situation of interest there are a number of things should be considered to ensure a view of the relevant influences.  Original Insight (#1366) by Gene Bellinger

To develop insights regarding a situation of interest there are a number of things should be considered to ensure a view of the relevant influences.

Original Insight (#1366) by Gene Bellinger

 This is the companion model for the paper written by Gene &amp; Scott for the 2011 System Dynamics Conference.

This is the companion model for the paper written by Gene & Scott for the 2011 System Dynamics Conference.

Level of biological organization linking cell level division and population level evolution
Level of biological organization linking cell level division and population level evolution