Example Forio Broadcast simulations converted from iThink^® and STELLA^®

Simple Simulation

Using Broadcast Express

Headcount Dynamics Simulation

This example is based on actual work that was done with a very well-known consulting company (here, code-named TWBC. Inc.). The firm's strategic goals were well-articulated. and each made sense when written down in a list on a piece of paper. However, when subjected to the more rigorous, dynamic scrutiny that an iThink modeling effort provides, the goals (as is too often the case) turned out to be in conflict with one another--stimulating actions that worked at cross-purposes. Efforts to achieve one goal drove the firm farther away from achieving the others. The subsequent analysis conducted with the model also pointed the way toward resolving the internal strategic inconsistencies and putting the firm back onto a strategically sound growth path.

Sophisticated Simulation

Using Broadcast Pro

The Global Warming Interactive Simulation

The simulation, developed by a nine person team headed by Professor Michael Hillinger (and simulated using Forio Broadcast), takes into account social and economic variables such as development of alternative energy sources, taxes on carbon production, unemployment levels, and even public opinion.

Using STELLA, the core structure for CO2 dynamics was based on the PhD dissertation (MIT, 1997) of Tom Fiddaman: Feedback Complexity in Integrated Climate-Economy Models. The simulation is a multiuser game. Three students assume advisor roles and work together on issues of spending, taxes, and other decisions. The model is hosted using Forio Broadcast.

Students experience the model through the Flash-based game/scenario. A series of custom APIs link the model and scenario. Model status is displayed in the game using both numerical, historical graphs, and iconic representations. Changes in model values also trigger multimedia events such as video newscasts about the state of the country.