100% Pass Efficient Esri - EGMP2201 - Pass4sure Enterprise Geodata Management Professional 2201 Dumps Pdf

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To be eligible for the Esri EGMP2201 certification exam, candidates must have a minimum of two years of experience in geodata management or related field. They must also have a solid understanding of GIS concepts, data structures, and database management. Candidates who pass the exam receive a certificate that verifies their knowledge and skills in managing geodata within an enterprise environment.

Esri EGMP2201 certification exam is a valuable credential for professionals involved in Enterprise Geodata Management. EGMP2201 exam offers a comprehensive and rigorous assessment of an individual’s knowledge and skills in managing large geospatial datasets within the ArcGIS platform. A certification in this area can enhance one’s career opportunities, advance organizational goals, and establish a high degree of credibility in the geospatial industry.

The Enterprise Geodata Management Professional 2201 certification exam consists of 100 multiple-choice questions that test the candidate's knowledge of geodata management best practices, tools, and technologies. EGMP2201 Exam is designed to assess the candidate's ability to apply their knowledge in real-world scenarios, and to ensure that they can effectively manage geodata in an enterprise environment. Candidates who pass the exam will receive the Esri EGMP2201 certification, which is recognized globally as a mark of excellence in geodata management.

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Esri Enterprise Geodata Management Professional 2201 Sample Questions (Q60-Q65):

NEW QUESTION # 60
A data owner creates a one-way replica parent-to-child for a single feature class to share data from a production geodatabase to a public-facing geodatabase.
* The data owner synchronizes once a week to share updated data
* In time, the data owner wants to add a new attribute field/field type and calculates new attribute values
* The data owner synchronizes the replicas, but the new field and values are not present in the child replica
* In the public-facing geodatabase, the data owner adds the same attribute field and field type
* The data owner synchronizes the replicas again, and the values are not replicated in the child replica How should the data owner resolve this issue?

A. Unregister the replica pairs, recreate the replica, and Synchronize Changes
B. Unregister the replica pair?, run Enable Replica Tracking and Synchronize Change?
C. Unregister the replica pairs, run Feature Compare and Synchronize Changes

Answer: A

Explanation:
Scenario Overview:
* A one-way replica from parent to child geodatabase is created for a single feature class.
* The data owner adds anew attribute fieldin the parent geodatabase, calculates values, and attempts to synchronize the replica.
* The new field and its values do not appear in the child replica, even after manually adding the field to the child geodatabase.
Why Recreate the Replica?
* The issue arises becauseschema changes(e.g., adding new fields) are not automatically propagated in one-way replication workflows. Synchronization only applies to data changes, not schema updates.
* To ensure the schema changes are recognized, thereplica pair must be recreatedwith the updated schema.(ArcGIS Documentation: Geodatabase Replication and Schema Changes) Steps to Resolve the Issue:
* Unregister the Replica:Remove the existing replica pair from both the parent and child geodatabases.
* Recreate the Replica:Create a new one-way replica between the parent and child geodatabases. This new replica will include the updated schema.
* Synchronize Changes:Perform synchronization to transfer data, including the new field and calculated values, to the child geodatabase.
Alternative Options:
* Option A:Enabling replica tracking does not address schema synchronization and would not resolve the issue.
* Option B:Running Feature Compare is helpful for analyzing schema differences but does not propagate schema changes.
Thus, the data owner mustunregister the replica pairs, recreate the replica with the updated schema, and synchronize changesto resolve the issue.

NEW QUESTION # 61
AGIS data manager realizes that archiving cannot be enabled for a feature class. An investigation reveals that the problem is in the feature class configuration.
How was the feature class registered?

A. Versioned with move edits to base
B. Versioned without move edits to base
C. Branch versioned with editor tracking

Answer: A

NEW QUESTION # 62
A GIS data administrator receives a request to create a database view that meets the following criteria:
* Data is combined from feature class and nonspatial table
* Source feature class is versioned
* Source is from a child version
* Needs to be dynamically updated
How should the view be created?

A. On the feature class and nonspatial table
B. On the versioned view and nonspatial table
C. On the feature class and repository tables

Answer: B

Explanation:
Understanding the Scenario:
* The request involves creating a view that dynamically combines data from aversioned feature classand anonspatial table.
* The data needs to be from achild versionand updated dynamically.
Key Considerations:
* Versioned Feature Class:Standard feature classes in versioned geodatabases store edits in delta tables (adds and deletes). Accessing data from a specific version requires using theversioned view, which includes these edits.
* Dynamic Updates:Views created on the versioned view ensure that the data reflects the most current version edits.
Steps to Create the View:
* Identify the versioned view for the feature class (created automatically during versioning).
* Create a SQL query to join the versioned view and the nonspatial table on the appropriate key(s).
* Save the SQL query as a database view.
References:
* Esri Documentation: Versioned Views.
* Creating Views with Versioned Data: Guidelines for joining versioned views with other tables in SQL.
Why the Correct Answer is C:Using the versioned view ensures that data reflects edits from the specified child version. Joining this view with the nonspatial table meets the requirement for dynamic updates. Options A and B would not provide data from the versioned child version dynamically.

NEW QUESTION # 63
A large government organization mandates that all departments establish an equivalent data presence in a standby data center.
Which technology should the GIS database administrator recommend?

A. Geodatabase replication
B. Disconnected synchronization
C. Database replication

Answer: C

Explanation:
For a large government organization requiring an equivalent data presence in a standby data center,database replicationis the ideal solution.
1. What is Database Replication?
* Database replication involves duplicating data from a primary database to a secondary database in near real-time or on a scheduled basis.
* This ensures that both databases are synchronized and capable of serving data if one fails.
2. Why Database Replication Fits the Requirement
* Standby Data Center: Database replication provides a fully equivalent copy of the data in the secondary data center.
* High Availability and Disaster Recovery: If the primary database is unavailable, the standby database can immediately take over, ensuring business continuity.
3. Why Not Other Options?
* Geodatabase Replication:
* While it is designed for replicating geodatabase content, it is typically used for GIS-specific workflows, such as syncing field edits. It does not ensure equivalence for non-spatial components of the database.
* It is not ideal for large-scale, organization-wide replication needs.
* Disconnected Synchronization:
* This is used in offline editing workflows where devices sync their edits with a central database at a later time. It is not suitable for maintaining an equivalent standby database.
4. Types of Database Replication
* Asynchronous Replication: Updates are replicated at scheduled intervals, offering flexibility but with slight delays.
* Synchronous Replication: Updates occur in real-time, ensuring both databases are always identical.
Steps to Implement Database Replication:
* Configure the primary and standby databases in the organization's DBMS (e.g., SQL Server, PostgreSQL, Oracle).
* Use the DBMS's built-in replication tools (e.g., SQL Server's Always On, PostgreSQL's Streaming Replication).
* Set up monitoring to ensure the replication process is functioning correctly.
References from Esri Documentation and Learning Resources:
* Database Replication in DBMS
* Disaster Recovery with Database Replication
Conclusion:
Database replicationis the recommended technology to establish an equivalent data presence in a standby data center, ensuring high availability and disaster recovery.

NEW QUESTION # 64
Slow performance is observed on a query of an indexed attribute on a large feature class in an enterprise geodatabase.
* A SOL trace reveals that the attribute index is not being used in the query
* The indexed attribute values have a high degree of uniqueness
* The delta tables do not have very many rows
Which tool should be used to resolve this issue?

A. Compress Geodatabase
B. Rebuild Indexes
C. Analyze Datasets

Answer: B

Explanation:
When experiencing slow performance on a query of an indexed attribute in a large feature class within an enterprise geodatabase, and a SQL trace reveals that the attribute index is not being utilized despite the attribute values having a high degree of uniqueness and the delta tables containing few rows, the appropriate action is to rebuild the indexes.
Understanding Indexes in Enterprise Geodatabases:
Indexes are critical for enhancing query performance in databases. They allow the database management system (DBMS) to locate and retrieve data efficiently. Over time, as data is inserted, updated, or deleted, indexes can become fragmented or outdated, leading to suboptimal query performance.
ARCGIS PRO
Rebuilding Indexes:
The Rebuild Indexes tool in ArcGIS Pro is designed to rebuild existing attribute or spatial indexes in enterprise geodatabases. This process reorganizes the index structure, ensuring that the DBMS can effectively utilize the indexes during query execution.
ARCGIS PRO
Steps to Rebuild Indexes:
Access the Rebuild Indexes Tool:
In ArcGIS Pro, navigate to the Analysis tab and click on Tools.
In the Geoprocessing pane, search for and select the Rebuild Indexes tool.
Configure the Tool Parameters:
Input Database Connection: Specify the connection to your enterprise geodatabase.
Include System Tables: Decide whether to include system tables in the rebuild process. Including system tables can help maintain the overall health of the geodatabase but may increase processing time.
Execute the Tool:
Click Run to initiate the index rebuilding process. Monitor the progress and ensure the process completes without errors.
Alternative Options:
Compress Geodatabase: The Compress operation reduces the size of the geodatabase by removing redundant states and versions. While it can improve performance, it doesn't directly address index fragmentation.
Analyze Datasets: The Analyze Datasets tool updates database statistics, which helps the DBMS optimize query execution plans. However, if indexes are fragmented, analyzing datasets alone may not resolve performance issues.
Given the symptoms described-specifically, the attribute index not being used in queries-the most effective solution is to rebuild the indexes to ensure they are properly structured and utilized by the DBMS during query execution.

NEW QUESTION # 65
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100% Pass Efficient Esri - EGMP2201 - Pass4sure Enterprise Geodata Management Professional 2201 Dumps Pdf

EGMP2201 Test Score Report - Free EGMP2201 Practice

Esri Enterprise Geodata Management Professional 2201 Sample Questions (Q60-Q65):

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