EGMP2201 TRAINING SOLUTIONS - PRACTICE EGMP2201 TEST

EGMP2201 Training Solutions - Practice EGMP2201 Test

EGMP2201 Training Solutions - Practice EGMP2201 Test

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Tags: EGMP2201 Training Solutions, Practice EGMP2201 Test, EGMP2201 Test Certification Cost, Relevant EGMP2201 Questions, EGMP2201 Exam Braindumps

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Esri EGMP2201 (Enterprise Geodata Management Professional 2201) Certification Exam is a credentialing program designed for GIS professionals who specialize in managing geospatial data in an enterprise environment. Enterprise Geodata Management Professional 2201 certification exam is specifically targeted towards those who work with Esri software and applications, and are seeking to validate their knowledge and skills in geodata management.

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The EGMP2201 Certification Exam covers a range of topics related to enterprise geodata management, including data modeling, data quality, data security, data integration, and data dissemination. EGMP2201 exam also tests candidates on their knowledge of Esri's ArcGIS software suite, including ArcGIS Enterprise, ArcGIS Online, and ArcGIS Pro. Candidates must have a deep understanding of the principles and best practices of enterprise geodata management, as well as practical experience using Esri's software solutions.

Esri Enterprise Geodata Management Professional 2201 Sample Questions (Q65-Q70):

NEW QUESTION # 65
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. Database replication
  • B. Geodatabase replication
  • C. Disconnected synchronization

Answer: A

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 # 66
An editor is loading records from a shapefile to a feature class that is registered as versioned using the following workflow:
* Create a child version from Default
* Append 500,000 records while connected to the child version
* Reconcile and post the child version to Default
The reconcile is taking a long time to complete.
What is causing this issue?

  • A. Default was updated since the new child version was created
  • B. Conflicting edits need to be resolved
  • C. The new child version was not included in the Compress operation

Answer: A

Explanation:
Understanding the Scenario:
* Records are being appended to a child version of a feature class registered as versioned.
* Reconcile and post are taking longer than expected, suggesting complications during version synchronization.
Key Considerations for Reconciliation Performance:
* Conflicting Edits (Option A):Reconciliation time increases if there are many conflicts to resolve.
However, the question does not mention concurrent edits in Default or other child versions, making conflicts less likely to be the main issue.
* Updates in Default (Option B):If Default has been updated since the child version was created, the reconcile process must account for changes in Default. This can significantly increase processing time as it integrates the child version changes with the modifications in Default.
* Compress Operation (Option C):The Compress operation removes redundant states in the geodatabase but does not directly affect reconciliation speed. The question does not indicate that the child version is excluded from compression or that compression is related to the delay.
Steps to Improve Reconciliation Performance:
* Minimize edits to Default during the child version's workflow.
* Reconcile frequently to avoid large differences between Default and the child version.
* Ensure that Compress operations are run regularly to optimize geodatabase state management.
References:
* Esri Documentation: Reconcile and Post.
* Versioning Best Practices: Guidance on managing Default and child versions to minimize reconcile conflicts.
Why the Correct Answer is B:The delay occurs because Default was updated after the child version was created. The reconciliation process must merge changes from Default with those in the child version, increasing processing time. Conflicts (A) are not mentioned, and compress operations (C) do not directly cause reconciliation delays.


NEW QUESTION # 67
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. Branch versioned with editor tracking
  • B. Versioned without move edits to base
  • C. Versioned with move edits to base

Answer: C

Explanation:
Understanding the Scenario:
* The feature class cannot havearchiving enabled.
* Archiving tracks changes over time and requires specific configurations in versioned datasets.
Key Constraints for Enabling Archiving:
* Archiving can only be enabled for feature classes registered asversioned without moving edits to base.
* Versioned with move edits to base:This configuration directly edits the base table, bypassing the delta tables (adds and deletes) used in traditional versioning. Since archiving relies on delta tables to track changes, this configuration is incompatible with archiving.
* Branch Versioned with Editor Tracking:Branch versioning supports editor tracking and web-based workflows but does not currently support archiving.
Steps to Correct the Configuration:
* Re-register the feature class asversioned without moving edits to base.
* Enable archiving after re-registration.
References:
* Esri Documentation: Archiving Requirements.
* Versioning and Archiving Compatibility: Best practices for configuring datasets for archiving.
Why the Correct Answer is B:When a feature class is registered asversioned with move edits to base, it does not maintain delta tables, making it incompatible with archiving.


NEW QUESTION # 68
A wells feature class has one row per well. A well_inspections table has one row for each time a well was inspected. All inspection dates need to be displayed as labels clustered around each well on the map.
Which kind of association should be used to meet this requirement?

  • A. Join
  • B. Relate
  • C. Relationship class

Answer: B


NEW QUESTION # 69
A GIS data administrator needs to store color, model, and size attributes for different kinds of valves. Pick lists should only show permitted combinations of color, model, and size.
Which geodatabase capability should be configured?

  • A. Contingent values
  • B. Subtypes with domains
  • C. Domains

Answer: A

Explanation:
Scenario Overview:
* The administrator needs to store attributes for valves (e.g., color, model, and size).
* Pick listsmust display only valid combinations of these attributes.
Why Contingent Values?
* Contingent valuesallow geodatabases to enforce specific, dependent attribute combinations.
* For example, if certain sizes are only valid for specific models and colors, contingent values ensure only permitted combinations are displayed in pick lists.(ArcGIS Documentation: Contingent Values) How Contingent Values Work:
* Attribute domains are defined for individual fields (e.g., color, model, size).
* Contingent value rules are configured to establish relationships between the fields, restricting invalid combinations.
* When editing data, pick lists dynamically adjust based on contingent value rules, showing only valid options.
Alternative Options:
* Option A: Domains
* Attribute domains enforce constraints on individual fields but cannot define dependencies between fields.
* Option B: Subtypes with domains
* Subtypes group features into categories with distinct domain rules but do not support interdependent attribute combinations.
Thus,contingent valuesare the appropriate geodatabase capability to configure pick lists for valid attribute combinations.


NEW QUESTION # 70
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