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Extends the first video on converting Crystal Ball to SIPmath by adding a better Cumulative Distribution graphic using the Percentile command. Excel available at : https://1drv.ms/x/s!AgtEj5D79IYqgb4gA...

Builds on Parts 1 & 2 to compare alternatives using a single cumulative distribution chart. Establishes a reference case for comparison to other alternatives assessed in the model. Excel is available at : https://1drv.ms/x/s!AgtEj5D79IYqgb4gA...

This is the epilogue to 2 previous videos that evaluated the optimum price for concert tickets when we consider uncertainty in demand and cost using SIPmath. The epilogue updates the model, discusses why the triangular distribution was used and then shows how survey results can be utilized to determine a probabilistic demand profile for the tickets. The objective of the series is to demonstrate good Decision Quality practices. Excel file available at : https://1drv.ms/x/s!AgtEj5D79IYqgb4fM...

This video extends the first video to include adding decisions to the model, probabilistic demand forecast and optimization Excel Solver. Excel model available at : https://1drv.ms/x/s!AgtEj5D79IYqgb4fM... . The model could have been done in Crystal Ball but instead utilized the free SIPmath Tools from Probability Management.

Demonstration how to convert a Crystal Ball Excel model to SIPmath that uses free tools from ProbabilityManagement.org. Excel model used in the video available at: https://1drv.ms/x/s!AgtEj5D79IYqgb4gA...

Builds on Parts 1 & 2 to compare alternatives using a single cumulative distribution chart. Establishes a reference case for comparison to other alternatives assessed in the model. Excel is available at : https://1drv.ms/x/s!AgtEj5D79IYqgb4gA...

This is the epilogue to 2 previous videos that evaluated the optimum price for concert tickets when we consider uncertainty in demand and cost using SIPmath. The epilogue updates the model, discusses why the triangular distribution was used and then shows how survey results can be utilized to determine a probabilistic demand profile for the tickets. The objective of the series is to demonstrate good Decision Quality practices. Excel file available at : https://1drv.ms/x/s!AgtEj5D79IYqgb4fM...

This video extends the first video to include adding decisions to the model, probabilistic demand forecast and optimization Excel Solver. Excel model available at : https://1drv.ms/x/s!AgtEj5D79IYqgb4fM... . The model could have been done in Crystal Ball but instead utilized the free SIPmath Tools from Probability Management.

Demonstration how to convert a Crystal Ball Excel model to SIPmath that uses free tools from ProbabilityManagement.org. Excel model used in the video available at: https://1drv.ms/x/s!AgtEj5D79IYqgb4gA...