최신 1z0-1066-23 무료덤프 - Oracle Planning and Collaboration Cloud 2023 Implementation Professional

A. Supply Planning Mode 'aggregated' can be turned off.

B. Lead time compression can optionally be included as a legitimate plan constraint.

C. Calculating Safety Stock can optionally be included.

D. Forecasting profile's input demand measure can only be set to 'consensus forecast' or 'approved consensus forecast'.

A. Create a new local sourcing rule for the item; assign it to the assignment set at the item level; leave the category as is for the remainder of the products.

B. Create a new global sourcing rule for the item; assign it to the assignment set at the item level; leave the category as is for the remainder of the products.

C. Create a new global sourcing rule for the item; assign it to the assignment set at the item-organization level; alter the category to be category-organization for the remainder of the products.

D. Create a new global sourcing rule for the item; assign it to the assignment set at the item-organization level; leave the category as is for the remainder of the products.

E. Create a new global sourcing rule for the item; remove the category level assignments and create new item level assignments for all items in the category pointing each to the correct global sourcing rule.

A. Manage Subinventories > Search and select subinventory > Deselect 'Nettable'

B. It is not possible to exclude one subinventory from a particular supply plan.

C. Manage Plans > Search and select supply plans > 'Organizations and Schedules' tab > 'Organizations' > 'Subinventory Netting' > Deselect 'Reject' subinventory for each organization

D. Manage Plans > Search and select supply plans > 'Organizations and Schedules' tab > 'Supply Schedules' > 'Subinventory Netting' > Deselect 'Reject' subinventory for each organization

E. Manage Subinventories > Choose a material status in which 'Nettable' is unchecked

A. Upload the value using File Based Data Import (FBDI)

B. Enter your value in the Safety Stock Quantity column in the Items page.

C. Run the Safety Stock Quantity Update Process.

D. Enter your value in the Safety Stock Quantity Override column in the Items page.

A. MAPE, MFE, and Bias are used to measure forecast accuracy. MAPE and MFE are aggregated using weighted average. Bias is aggregated using sum.

B. MAPE, MFE, and Bias are used to measure forecast accuracy. MAPE and Bias are aggregated using weighted average. MFE is aggregated using sum.

C. MAPE, MAD, and Bias are used to measure forecast accuracy. MAPE and Bias are aggregated using weighted average. MAD is aggregated using sum.

D. MAPE, MAD, and Bias are used to measure forecast accuracy. MAD and Bias are aggregated using sum. MAPE is aggregated using weighted average.

A. Planning pegs reserved supplies to sales orders.

B. Must have added sourcing rules to the Global Order Promising assignment set.

C. Planning collects bookings or shipments history to forecast items.

D. Must use Global Order Promising and Supply Chain Orchestration to release and create new supplies

E. Planning analyzes supply shortages and capacity overloads using any of the standard planning tools.

A. Open a demand plan and add a new customer specific Christmas causal factor. Create a table displaying the causal factor measure and relevant time period and modify as required. Causal factor changes in this demand plan will reflect in the 2nd demand plan also.

B. Open a demand plan and edit Christmas casual factor measure. Place value of one from Dec 20 to Dec 24 and zero for non-impacted days including Dec 25. Causal factor changes are plan specific, so repeat the steps in the 2nd demand plan.

C. Use FBDI to create a new customer specific Christmas causal factor. Place value of 1 from Dec 20 to Dec 24. Causal factor changes are plan specific, so repeat the steps in the 2nd demand plan.

D. Use FBDI to create a new customer specific Christmas causal factor. Place value of 1 from Dec 20 to Dec 34. Causal factor upload to one demand plan will reflect in the 2nd demand plan also.

E. Open a demand plan and edit Christmas casual factor measure. Place value of one from Dec 20 to Dec 24 and zero for non-impacted days including Dec 25. Causal factor changes in this demand plan will reflect in the 2nd demand plan also.

F. Open a demand plan and add a new customer specific Christmas causal factor. Create a table displaying the causal factor measure and relevant time period and modify as required. Causal factor changes are plan specific, so repeat the steps in the 2nd demand plan.

A. Define segment groups based on region and version; execute segmentation; map the segmentation results to an attribute-based netting rule; associate the rule to a supply plan; run the plan.

B. Define region and version as planning attributes; create an attribute-based netting rule using region and version; associate the rule to a supply plan; run the plan.

C. Define region and version as planning attributes; map them to collectible attributes; create an attribute-based netting rule using region and version; associate the rule to a supply plan; run the plan.

D. Create an attribute-based netting rule using region and version; map the rule to collectible attributes; associate the rule to a supply plan; run the plan.

A. It is not possible to create sourcing rules for the configured item; all configured items always use the same sourcing rules as the base model.

B. The sourcing rules of the base model overrode the sourcing rules of the configured item.

C. No sourcing rules have been defined for the configured item.

D. The sourcing rules of the base model had a priority of 1, while the sourcing rules of the configured item had a priority of 2.

E. No planning percentages were defined at the operation level within the work definition.

A. For demand plan option, add forecast shipments as forecasting profile, enter history start date as 1/1/15, forecast start date as 1/1/17, and enter forecast end date as 12/31/17.

B. For plan scope, select plan horizon days as 365, forecasting calendar as Gregorian, and forecasting time level as month.

C. For plan scope, select plan horizon as 12 months, forecasting calendar as Gregorian, and forecasting time level as month.

D. For demand plan option, add forecast shipments as forecasting profile, and enter historical buckets as 24.

E. For demand plan option, add forecast shipments as forecasting profile, enter historical buckets as 24, and enter forecast buckets as 12.

F. For demand plan option, add forecast shipments as forecasting profile, enter history start date as 1/1/15, enter history end date as 12/31/15, and enter forecast start date as 1/1/17.