先試後買

A. Excessive IBP formatting in Excel UI

B. Complex calculation graphs for key figures

C. Number of analytics charts displaying key figures' values

D. Number of local members and complexity of calculations

A. Embedded, on-the-fly demand analytics

B. Demand sensing of demand data using the supply chain algorithm library

C. Detailed statistical analysis of demand data using the supply chain algorithm library

D. Demand sensing of demand data using predictive analytics tools

E. Detailed statistical analysis of demand data using predictive analytics tools

A. Quotas require sourcing ratios to be maintained.

B. Quota violation cost is maintained as an attribute as a key figure.

C. Min and Max Quotas have to be the same as sourcing ratios.

D. Quotas can be modeled for sourcing location, production, and consensus demand.

A. SAP IBP for demand

B. SAP IBP for sales and operations

C. SAP IBP for response and supply

D. DDMRP

A. Fixing is possible for a certain period, including all child values in the hierarchy.

B. Fixing is possible for system editable key figures.

C. Fixing is possible for a certain quantity of a key figure value.

D. Fixing is possible for manually editable key figures.

A. Increase the use of incremental lot size beyond the frozen horizon.

B. Split into multiple planning areas to support weekly vs. daily planning needs.

C. Use a subnetwork ID to reduce the size of the problem.

D. Avoid using telescopic time buckets.

A. If (Attribute) = 0

B. KF1 (Stored) + KF2 (Stored) + Attribute

C. KF1 (Calculated) + Attribute

D. KF1 (Stored) + Helper KF

A. Define which key figure can be used as sales history for new products

B. Define which phase-in and phase-out profiles can be used within Lifecycle Planning

C. Define at least one attribute of the planning area which represents the Product ID

D. Define which is the attribute ID for the Lifecycle profiles