A.  

Aggregation calculations using SUM or MAX functions must be based on a higher aggregation level.

B.  

The calculation chain for a key figure must always result in a calculated key figure.

C.  

Key figures can be calculated across different planning levels.

D.  

All key figure calculations have calculation inputs, which can be marked as stored or calculated.

A.  

It checks whether the location products specified in the master data are connected by customer sourcing rules within the supply chain network.

B.  

It checks whether the location resource specified in the master data forms a cycle in the supply chain network.

C.  

It checks whether the sourcing in the Production Source Item Master Data type exists.

D.  

It checks whether the heuristic detects cycles formed by nodes (such as location products) in the supply chain network.

E.  

It checks whether the required planning level master data exists for a subset of input key figures.

A.  

Use production lead times and offsets to manage components at the outsourced manufacturing location

B.  

Ensure that the outsourced manufacturing locations have a separate subnetwork

C.  

Model target inventory and stocks at the outsourced manufacturing location

D.  

Model relative production costs across internal locations and outsourced manufacturing locations

A.  

The assigned Planning Area must be active.

B.  

This application job can be run for multiple time profiles at once.

C.  

In the Parameter Section of the application job, choose the Time Profile ID and Planning Area.

D.  

A time profile has to be activated so that the application job can proceed.

A.  

Used at any level of calculation level except the Request Level

B.  

Used when you have more than three inputs at different planning levels in one calculation

C.  

Used by end-users in planning views to help visualize cross-period calculations

D.  

Used to break down a large calculation into manageable subcalculations

A.  

Calculating the value of inventory on any time profile level ensuring flexibility of calculation

B.  

Calculating how many periods inventory is going to last based on the planned demand

C.  

Search for and return the last not null value of the inventory key figure

D.  

Calculating the value of inventory on a weekly basis, using static aggregation from the daily level

A.  

Substitute missing values in case of sporadic demands.

B.  

Use forecasting algorithms that are specific to seasonal demands of SKUs in the segment "B".

C.  

Identify inventory items that require closer attention.

D.  

Choose time-independent key figures as segmentation measures.

A.  

Forecast Accuracy measures

B.  

Results of time series analysis

C.  

Open Sales Orders

D.  

Consensus Demand

A.  

By Number of Items (Sorted Values)

B.  

By Pareto Principle (Sorted and Cumulated %)

C.  

By Number of Items (Sorted Average)

D.  

By Pareto Principle (Sorted and Calculated Values)

A.  

To filter attributes based on specific values

B.  

To filter using attributes that have a large number of values

C.  

To filter data in an Application Job template

D.  

To filter attributes based on other attribute filters

A.  

Time series analysis

B.  

Simple statistical forecast

C.  

Scenario analysis for operational supply planning

D.  

Multi-Level Supply Planning Heuristics

A.  

Target key figures for these snapshots must have lag as a root attribute in its base planning level.

B.  

The number of lag-based snapshots are limited to nine levels.

C.  

Lag-based snapshots are created in the Configuration app for a fixed time range.

D.  

Target key figures for these snapshots are exposed to the user in planning views.

A.  

The Business Meaning of the attribute has been specified.

B.  

The attribute should be a non-key attribute of the master data type.

C.  

The attribute belongs to a simple or compound master data type.

D.  

The attribute should be assigned to all planning levels.

A.  

Key figure type

B.  

Modified date

C.  

Scenario ID

D.  

Reason code

E.  

Attributes

A.  

Salesforce Sales Cloud

B.  

User management in SAP Success Factors

C.  

Financial Planning in SAP Analytics Cloud

D.  

Business Network in SAP Ariba

A.  

Splitting the values from aggregated to detailed level, based on the time profile attribute

B.  

Splitting the values from aggregated to detailed level, based on a stored split-factor key figure

C.  

Splitting the values from aggregated to detailed level using multiplication by the proportions

D.  

Splitting the values from detailed to aggregated level by using a copy operator

A.  

Push and Pull production models are used by the optimizer.

B.  

Finite heuristics can achieve demand prioritization and pegging.

C.  

Planning results can be generated faster by the optimizer.

D.  

Prioritization of demand elements one by one is achieved by unconstrained heuristics.

A.  

It supports sharing with other users or user groups.

B.  

It supports favorites created in SAP IBP, add-in for Microsoft Excel

C.  

It supports embedding analytic stories as a workspace component

D.  

It supports simulating the effect of the changes

A.  

Gating Factors

B.  

Planning with Product Allocations

C.  

Analyze Supply Usage

D.  

Detailed Production Scheduling

A.  

Sales and Operations Planning

B.  

Supply and Allocation Planning

C.  

Demand Sensing

D.  

Inventory Optimization

E.  

Response Planning

A.  

Fixing is possible for manually editable key figures.

B.  

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

C.  

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

D.  

Fixing is possible for system editable key figures.

A.  

A special key figure marked as an aggregate key figure (aggregate constraint)

B.  

A currency conversion key figure, such as exchange rate

C.  

A unit of measure key figure, such as UOMCONVERSIONFACTOR

D.  

A forecast metric key figure, such FCSTMAPE

A.  

Link two analytics charts.

B.  

Rename the charts.

C.  

Add process templates.

D.  

Display all assigned analytics on a single UI.

E.  

Use drill-down functionality.

A.  

Excessive SAP IBP formatting in the Microsoft Excel UI

B.  

Number of local members and complexity of calculations

C.  

Complex calculation graphs for key figures

D.  

Number of analytics charts displaying key figures’ values

A.  

Transportation lead times

B.  

Maximum lot size

C.  

Minimum lot size

D.  

Adjusted transport receipts

E.  

Aggregated constraints