UPDATED [Aug 15, 2023] Pass Oracle Enterprise Data Management Cloud 2022 Implementation Professional Exam with Latest Questions [Q15-Q36]

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UPDATED [Aug 15, 2023] Pass Oracle Enterprise Data Management Cloud 2022 Implementation Professional Exam with Latest Questions

1z0-1086-22 Exam Practice Questions prepared by Oracle Professionals

To become an Oracle Enterprise Data Management Cloud 2022 Implementation Professional, candidates must pass the Oracle 1z0-1086-22 certification exam. Oracle Enterprise Data Management Cloud 2022 Implementation Professional certification is ideal for professionals who work in data management, data governance, and data integration roles. It is also suitable for those who are responsible for managing data assets within an enterprise, including data architects, data analysts, and data stewards. Oracle Enterprise Data Management Cloud 2022 Implementation Professional certification validates the candidate’s ability to design, implement, and manage data management solutions using the Oracle Enterprise Data Management Cloud 2022, which is a highly sought-after skill in the industry.

Oracle 1z0-1086-22 exam is intended for professionals who have experience implementing Oracle Enterprise Data Management Cloud solutions. 1z0-1086-22 exam covers a range of topics, including data modeling, data quality management, data integration, and data governance. Professionals who pass the exam will have demonstrated their ability to configure and manage Oracle Enterprise Data Management Cloud solutions to meet the unique needs of their organization.

Q15. Which task is NOT part of the Enterprise Data Management process?

Creating ad-hoc reports to inspect node locations, properties, and history

Using views to work with your data, and requests to modify your data

Creating views and viewpoints to manage alternate business perspectives

Sharing, mapping, synchronizing, and governing data across registered applications

Creating views and viewpoints to configure custom validations to enforce business rules on your data

Q16. Which task can you perform after you have created an unbound dimension?

You can convert the unbound dimension to a bound dimension.

You can create bindings for the unbound dimension, or use it for importing and exporting data.

You can use the unbound dimension just like a bound dimension when creating viewpoints and other user defined data chain objects.

You can add bound or partially bound data chains to the unbound dimension.

You can select the unbound dimension in the application registration wizard or the import and export screens.

Q17. You have entity information in your default view for your planning application, but you also want that entity information to be accessible in another view.
Which method can you use to accomplish this?

Identify the view used by the entity dimension, create a different view, and then point to the default view.

Identify the node set used by the entity dimension, create a viewpoint in a different view, and then point to that same node set.

Copy the default view, create a request, and run a validation.

Identify the viewpoint used by the entity dimension, create a viewpoint in a different view, and then point to the original viewpoint.

Q18. Which three compare types can you select when you run a comparison between two viewpoints?

Find missing nodes

Compare properties

Compare relationships

Find shared nodes

Compare node names

Q19. What are two scenarios where mapping nodes across applications are required?

When applications share data but have different dimensions

When applications have common dimensions but use different prefixes or suffixes for member names

When applications share common dimensions but use different granularity

When applications share an external connection

Q20. Maintenance views contain viewpoints from multiple applications. What two types of sharing do these views facilitate?

Sharing workflows and approvals for comparable dimensions across applications

Adding new nodes to comparable dimensions across multiple applications

Copying hierarchies from one application to another

Aligning nodes and property values between comparable dimensions in different applications

Q21. In your application, you have nodes for cost centers. You want to group them two ways: by department and geography.
What are two ways to accomplish this?

Create two hierarchy sets; one where parent nodes are departments and child nodes are cost centers; and another where parent nodes are geographical regions and child nodes are cost centers.

Create a list viewpoint for cost centers, then add parents for departments and geography.

Create two node sets; one with a group of departments and another with a group of geographical regions.

Create one hierarchy set with different top nodes for departments and geography, and add shared cost center nodes as children.

Q22. A node exists in a hierarchy. Which three types of properties could be present7

Inherited properties

Relationship properties

Hierarchy properties

Node properties

Shared properties

Q23. You have account dimensions in two different applications that must be kept in sync.
Given a business requirement that nodes added to either application must be shared with the other, what should you do?

Create one bi-directional node type converter between the two applications.

Create two node type converters: one with Application 1 accounts as the source and Application2 accounts as the target, and another with Application2 accounts as the source and Application 1 accounts as the target.

Create one node type converter with Application! accounts as the source and Application2 accounts as the target, and specify a reverse conversion in requests when sharing in the opposite direction.

Create three node type converters: one with Application! accounts as the source and Application2 accounts as the target, another with Application2 accounts as the source and Application! accounts as the target, and a third for bi-directional sharing.

Q24. You define an approval policy at the dimension level.
What statement correctly describes how this approval policy interacts with related data chain objects?

The approval policy applies to the node types and hierarchy sets in the dimension.

The approval policy cascades down to only the data chain objects specified in the policy definition.

The approval policy applies to hierarchy sets but not node sets in the dimension.

The approval policy applies to only the dimension and does not apply to related data chain objects.

Q25. Which method CANNOT be used to export enterprise data to an external application?

A comma-delimited file

A migration snapshot

A batch script using REST API

A connection to the application

The EPM Automate utility

Q26. Which statement is FALSE about unbound dimensions?

Unbound dimensions are created as part of the application registration process, but do not get imported or exported.

You can extract data from unbound dimensions using extracts.

You can load data into unbound dimension viewpoints by using request load files.

You can use unbound dimensions to manage complex data sets such as related value sets, account combinations, and multi-dimensional mappings.

Q27. You have a maintenance view that consists of the following viewpoints from different applications: GL Accounts, Consolidation Accounts, and Planning Accounts. You open a request and manually add a new account to GL Accounts.
In the same request, which two methods can you use to add the account to the other two viewpoints7

Share manually: Drag and drop the new node from the GL Accounts viewpoint to the Consolidation and Planning viewpoints, after manually identifying the appropriate parents.

Master alignment: Create a fourth viewpoint that represents a master combined account dimension and add the node there to insert it into all three applications.

Automatic insert: Select the new node and run the auto-insert tool to automatically identify comparable parents in the other viewpoints and insert the new node under them.

Compare and align: Run a comparison between the viewpoints to identify missing nodes. Search for the appropriate parents in the other viewpoints before dragging and dropping the new node to insert it into the other viewpoints.

Q28. Which two items describe the information that you can find in the Custom Validation Report?

A list of all manually created validations across all applications

The actions and properties that trigger the validation check

A list of system and application-specific validations

The date and status of the last time a validation was run

Q29. Consider these two views: View: General Ledger
* Viewpoint: Account
* Viewpoint: Entity
* Viewpoint: Product
View: Planning
* Viewpoint: Account; Subscription: General Ledger | Account; Assignee: User 1
* Viewpoint: Entity; Subscription: General Ledger | Entity; Assignee: User 2
* Viewpoint: Product; Subscription: General Ledger | Product; Assignee: User 2 A data manager creates a request in the General Ledger view that includes changes in all three viewpoints. What happens when they submit the request?

The system generates two subscription requests: Request items for the Account viewpoint are sent to User 1, and request items for Entity and Product are bundled into a single request for User 2.

The system generates one subscription request and assigns it to the user with the most request items.

The system generates one subscription request with multiple assignees.

The system generates three subscription requests, one per subscription for each viewpoint.

Q30. You have a source viewpoint with an entity hierarchy with top nodes defined for Departments and Geography. Your target viewpoint only has departments.
If you define a subscription that is filtered by the Department top node, what happens when changes are made to the Geography hierarchy in the source viewpoint?

The system notifies the request assignee that changes were made to the Geography hierarchy, but generates no request items.

The system creates an empty subscription request for tracking purpose, but does not notify the request assignees.

The system does not create a subscription request.

The system creates a subscription request and flags request items for the Geography hierarchy for deletion.

Q31. Which statement is true about permissions?

The Owner permission on a view enables a user to configure the view and grants full access to the data objects in that view.

When you grant a permission at a higher level, such as Owner, it includes all of the permissions at lower levels, such as Participant.

Permissions assigned to a dimension do not also apply to the hierarchy sets and node types that they contain.

By default, when you assign the Participant permission to a user or group, their data access is set to Write.

Q32. A subscription is triggered by changes in a source viewpoint. One item in the subscription request is invalid and auto-submit is enabled.
What happens next?

All request items except the invalid item are automatically committed to the target viewpoint, and the subscription assignee is notified that an issue must be resolved for the outstanding item.

All request items are automatically committed to the target viewpoint, and the subscription assignee is notified.

The request is automatically rejected, and the subscription assignee is notified of the rejection.

No request items are committed to the target viewpoint, and the subscription assignee is notified that an issue must be resolved before any items can be committed.

Q33. Which three tasks can be performed by a user with the Data Manager permission on an application?

Manage the application’s node sets, hierarchy sets, and node types.

Import, export, and update data for all dimensions in the application.

Create and submit requests for dimensions in the application.

Manage viewpoints and viewpoint subscriptions for all dimensions in the application.

Assign permissions for the application data.

Q34. Which two statements are true about the Participant permission?

When you grant a user Participant (Write) permission on a hierarchy set, that user is also granted implicit Participant (Write) permission on any node type in that hierarchy set.

Granting the Participant (Read) permission at the application level lets users browse viewpoints that contain data for any dimension in the application.

You can assign the Participant permission at the application, dimension, hierarchy set, node type, and property level.

The Participant permission enables you to specify which actions users can take and which properties they can view or edit for node types and hierarchy sets.

Q35. Which two items describe the information that you can find in the Custom Validation Report?

A list of system and application-specific validations

The actions and properties that trigger the validation check

A list of all manually created validations across all applications

The date and status of the last time a validation was run

Q36. Which three tasks can be performed by a user with the Data Manager permission on an application?

Manage the application’s node sets, hierarchy sets, and node types.

Import, export, and update data for all dimensions in the application.

Create and submit requests for dimensions in the application.

Manage viewpoints and viewpoint subscriptions for all dimensions in the application.

Assign permissions for the application data.

1z0-1086-22 Exam Practice Materials Collection: https://www.real4dumps.com/1z0-1086-22_examcollection.html

UPDATED [Aug 15, 2023] Pass Oracle Enterprise Data Management Cloud 2022 Implementation Professional Exam with Latest Questions [Q15-Q36]

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