A model that illustrates one possible generic approach for generating demands for substitute products.
Resources
A model that illustrates one possible generic approach for generating demands for substitute products.
An inventory ordering model that illustrates how the Time Series Define feature can be used to generate demands.
A model which illustrates how the bullwhip effect can occur with a single retailer and supplier and a second model that illustrates the bullwhip effect when there are multiple tiers of suppliers.
This model of a company's multiple projects over a 12-month horizon. Each project is planned to start in a given month, and from that month on, it has anticipated costs, some of which are known (or 0) and some of which are uncertain. There are possible random delays (or, for a few projects, possible earlier starting months), which shift the cost schedule to the right (or the left). In addition, each project has a 5% chance of failing in any month after its actual starting month. If it fails in a given month, that month's costs plus any remaining months' costs are not incurred._x000D_
A model that illustrates how @RISK can be used to correlate task times in a project.
A model for determining whether the total of uncertain costs meets a budget
A model that illustrates the Parameter Entry Table for storing parameters of task time distributions.
Note: The link between @RISK for Excel and Microsoft Project schedules that was offered in previous versions of @RISK is not included in @RISK 8.0. This means that Monte Carlo simulation of Microsoft Project schedules is not available in @RISK 8.0. However, cost risk analysis and schedules built in Excel can still be simulated as always.
A model that illustrates how successor tasks can be chosen randomly according to given probabilities.
Note: The link between @RISK for Excel and Microsoft Project schedules that was offered in previous versions of @RISK is not included in @RISK 8.0. This means that Monte Carlo simulation of Microsoft Project schedules is not available in @RISK 8.0. However, cost risk analysis and schedules built in Excel can still be simulated as always.
A model that illustrates @RISK's probabilistic Gantt chart and the probabilities that tasks are critical.
Note: The link between @RISK for Excel and Microsoft Project schedules that was offered in previous versions of @RISK is not included in @RISK 8.0. This means that Monte Carlo simulation of Microsoft Project schedules is not available in @RISK 8.0. However, cost risk analysis and schedules built in Excel can still be simulated as always.
A model that illustrates the use of a risk register, a Timescaled Data report. and other features for advanced project modeling.
Note: The link between @RISK for Excel and Microsoft Project schedules that was offered in previous versions of @RISK is not included in @RISK 8.0. This means that Monte Carlo simulation of Microsoft Project schedules is not available in @RISK 8.0. However, cost risk analysis and schedules built in Excel can still be simulated as always.
A model that illustrates the RiskProjectResourceAdd and RiskProjectResourceRemove functions for adding or removing a resource during a simulation.
Note: The link between @RISK for Excel and Microsoft Project schedules that was offered in previous versions of @RISK is not included in @RISK 8.0. This means that Monte Carlo simulation of Microsoft Project schedules is not available in @RISK 8.0. However, cost risk analysis and schedules built in Excel can still be simulated as always.
A model that illustrates the RiskProjectResourceUse function for adding uncertainty to the assignment of resources in a project.
Note: The link between @RISK for Excel and Microsoft Project schedules that was offered in previous versions of @RISK is not included in @RISK 8.0. This means that Monte Carlo simulation of Microsoft Project schedules is not available in @RISK 8.0. However, cost risk analysis and schedules built in Excel can still be simulated as always.
