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The Open Group OG0-092 Exam Syllabus Topics:

Section	Objectives
Architecture Development Method (ADM)	- ADM cycle application 1. Requirements Management (central role in ADM) 2. Phases A–H execution in real scenarios
Architecture Views, Views, and Viewpoints	- Stakeholder-driven architecture representation 1. Selecting appropriate views for stakeholders 2. Viewpoint modeling principles
Enterprise Continuum and Tools	- Architecture repository usage 1. Enterprise Continuum classification 2. Reference models and reuse concepts
Architecture Governance	- Governance frameworks and compliance 1. Architecture compliance reviews 2. Stakeholder management in governance
Architecture Content Framework	- Deliverables and artifacts 1. Architecture deliverables structure and usage 2. Catalogs, matrices, and diagrams
Migration Planning	- Transition architectures and roadmaps 1. Incremental architecture implementation 2. Gap analysis and migration planning techniques

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The Open Group TOGAF 9 Part 2 認定 OG0-092 試験問題 (Q57-Q62):

質問 # 57
Scenario: Zephyr Enterprises
Please read this scenario prior to answering the question
Zephyr Enterprises specializes in the development of wind turbine blades for use in large-scale commercial
wind energy production systems. Zephyr has manufacturing facilities located in Palm Springs, California,
Omaha, Nebraska, and Winnipeg, Ontario. Each of these plants supplies a different manufacturer that builds
and sells complete systems. The turbine blades are custom engineered to meet each manufacturers design
specifications.
Until recently, most turbine blades were fabricated manually using molded fiber-reinforced plastics. However,
recent improvements in composite materials, coupled with enhanced automated methods for precision
application of materials during the molding process, have led to significant reduction in weight, increase in
strength, and greatly improved blade longevity. Zephyr has pioneered the development of a proprietary
automated process for continuous extrusion of the turbine blades. Patents have been filed to protect the
process, but certain trade secrets must be closely guarded.
Zephyr has a mature Enterprise Architecture organization that is supported by a cross-functional Architecture
Review Board. The Chief Information Officer and the Chief Operating Officer co-sponsor the Enterprise
Architecture program.
Zephyr has used TOGAF and its Architecture Development Method (ADM) to develop its automated
manufacturing processes and systems that are used to design, manufacture, and test the blade assemblies.
They have recently updated to TOGAF 9 and have adapted the Zephyr Enterprise Architecture to closely follow
the TOGAF 9 framework. All of Zephyrs IT architects have been trained and certified on TOGAF 9.Recently, an
architecture project was completed that defined a standard approach for controlling the Automated Test
System that is used at each plant to perform final quality assurance tests on each completed blade assembly.
The Manufacturing Architecture Board approved the plan for immediate implementation at each plant.
An Architecture Contract was developed that detailed the work needed to implement and deploy the new
Automated Test System controller. The Chief Engineer, sponsor of the activity, has expressed concern that a
uniform process be employed at each site to ensure consistency.
Refer to the Zephyr Enterprises Scenario
You have been assigned by the Lead Architect for the Automated Test System controller project to conduct
Compliance Assessments at each manufacturing plant.
During the course of the assessment at the Omaha plant, you discover that the Distributed Data Acquisition
System they have purchased uses a proprietary Remote Procedure Call (RPC) that utilizes kernel mode
threads instead of the user mode threads that are specified in the Architecture Definition Document. In all other
respects, the system meets the requirements stated in the Architecture Definition Document and seems to
perform correctly.
You have been asked to describe the compliance of this system for the final report.
Based on TOGAF 9, which of the following is the best answer?

A. You observe that the system meets most of the requirements stated in the Architecture Definition
Document and appears to work correctly. However, you note that the RPC mechanism has not been
implemented according to the specification. Your recommendation is that the system be described as non-
conformant.
B. You observe that the system has many features in common with the Architecture Definition Document, and
those features have been implemented in accordance with the specification. However, you note that the
RPC mechanism has been implemented using features that are not covered by the specification. Your
recommendation is that the system be described as consistent.
C. You observe that the implementation of the RPC mechanism has no features in common with the
Architecture Definition Document, therefore the question of its conformance should not be considered. Your
recommendation is that the system be described as consistent.
D. You observe that all of the features in the Architecture Definition Document have been implemented in
accordance with the specification, except for the RPC mechanism. Your recommendation is that the
system be described as conformant.

正解：A

質問 # 58
Scenario
Please read this scenario prior to answering the question
You are serving as the Lead Architect for the Enterprise Architecture team at a multinational company. The company has grown rapidly by acquisition and has inherited numerous supply chain processes and related IT systems. Several supply chain processes have had problems related to the timing of purchases, which has led to excess inventory. The Vice President in charge of Supply Chain Management has made the decision to consolidate and reduce redundant processes and systems. The company will move to a "Just-in-time" supply chain management so as to keep inventory costs low.
The TOGAF standard is followed for internal Enterprise Architecture activities. This project is using an iterative approach for executing the Architecture Development Method (ADM).
At present, there are no architectural assets in the Architecture Repository related to this initiative. All assets will need to be acquired, customized, or created. The company prefers to implement commercial off the shelf package applications with little customization. The CIO, who is the project sponsor, has stated that she is not concerned about preserving the existing supply chain management processes or systems.
The architecture development project has completed Phase A and has started a number of iteration cycles to develop the Architecture. As a packaged application is being considered, the next iteration will include both the Business and Application Architectures. Key stakeholder concerns that should be addressed by these architectures include:
1. What groups of people should be involved in the supply chain management-related business processes?
2. What non-supply chain management applications will need to be integrated with any new supply chain management applications?
3. What data will need to be shared?
Refer to the Scenario
[Note: You may need to refer to the Architectural Artifacts chapter, section 31.6 (located in Part IV) of the reference text in order to answer this question.] You have been asked to identify the most appropriate catalogs matrices and diagrams to support the next iteration of Architecture development.
Based on the TOGAF standard, which of the following is the best answer?

A. In the next iteration of Architecture development, you would describe the Target Business Architecture with an Organization/Actor catalog, a Business Service/Function catalog, and Data Lifecycle diagrams. You would describe the Target Application Architecture with a Data Entity/Data Component catalog. You would describe the Target Application Architecture with an Application Interaction matrix and Application Communication diagrams.
B. You would describe the Target Business Architecture with a Business Service/Function catalog, and a Business Interaction matrix. You would describe the Target Data Architecture with a Data Entity/Business Function matrix and an Application/Data matrix. You would describe the Target Application Architecture with Application Communication diagrams and an Application Interaction matrix.
C. You would describe the Baseline Business Architecture with a Business Service/function catalog, an Organization/Actor catalog, and a Data Entity/Business Function matrix. You would describe the Baseline Data Architecture using a Data Entity/Data Component catalog. You would describe the Baseline Application Architecture with an Application/Function matrix.
D. In the next iteration of Architecture development, you would describe the Baseline Business Architecture with a Value Chain diagram, and a Baseline Business Process catalog. You would describe the Baseline Data Architecture with a Data diagram. You would describe the Baseline Application Architecture with an Environments and Locations diagram.

正解：B

質問 # 59
Scenario: MegaMart
Case Study Title (Case Study):
MegaMart is a Retail Chain which has expanded throughout India and the Far East.
The CEO and CIO decide that there is a crying need to put an Enterprise Architecture in place to realize MegaMart's strategy to expand its revenue and diversify. The CIO has evaluated and decided to go in for TOGAF9 and adapt it to his enterprise requirements.
The Preliminary and Vision Phase have been completed.
As such very few architectural artifacts exist and the target architecture as of now is not very clear. As the Lead Architect how would you guide your team of architects for the Business Architecture definition?

A. In the first iteration start with the definition of the Baseline Business Architecture using a Top Down approach. Define the Architecture Definition document after analyzing the impacts and reviewing with the stakeholders. Then proceed to Phase C and Phase D.
In the next iteration finalize the Target Business Architecture and proceed to Phase C and Phase D.
B. In the first iteration start with the definition of the Target Business Architecture using a Top Down approach. Define the Architecture Definition document after analyzing the impacts and reviewing with the stakeholders proceed to Phase C and Phase D.
In the next iteration finalize the Baseline Business Architecture, determine the gaps and the roadmap, and the impact and update the Architecture Definition document. After analyzing the impacts and reviewing with the stakeholders. Then proceed with the iteration.
C. In the first iteration start with the definition of the Target Business Architecture using a Top down Approach.
Then keep on iterating in Phase B till the Target Business Architecture is refined before going to Phase C and Phase D.
After Phase C and Phase D are over, iterate again to Phase B and define the baseline Business Architecture, analyze the gaps finalize the Architecture Definitions documents and proceed to Phase C and Phase D.
D. In the first iteration start with the definition of the Baseline Business Architecture using a Bottom Up approach. Define the Architecture Definition document after analyzing the impacts and reviewing with the stakeholders'.
Proceed to Phase C and Phase D.
In the next iteration finalize the Target Business Architecture, determine the gaps and the roadmap, and the impact and update the Architecture Definition document.
after analyzing the impacts and reviewing with the stakeholders. Then proceed with the iteration.

正解：D

質問 # 60
Scenario: Zephyr Enterprises
Please read this scenario prior to answering the question
Zephyr Enterprises specializes in the development of wind turbine blades for use in large-scale commercial wind energy production systems. Zephyr has manufacturing facilities located in Palm Springs, California, Omaha, Nebraska, and Winnipeg, Ontario. Each of these plants supplies a different manufacturer that builds and sells complete systems. The turbine blades are custom engineered to meet each manufacturers design specifications.
Until recently, most turbine blades were fabricated manually using molded fiber-reinforced plastics.
However, recent improvements in composite materials, coupled with enhanced automated methods for precision application of materials during the molding process, have led to significant reduction in weight, increase in strength, and greatly improved blade longevity. Zephyr has pioneered the development of a proprietary automated process for continuous extrusion of the turbine blades. Patents have been filed to protect the process, but certain trade secrets must be closely guarded.
Zephyr has a mature Enterprise Architecture organization that is supported by a cross-functional Architecture Review Board. The Chief Information Officer and the Chief Operating Officer co-sponsor the Enterprise Architecture program.
Zephyr has used TOGAF and its Architecture Development Method (ADM) to develop its automated manufacturing processes and systems that are used to design, manufacture, and test the blade assemblies. They have recently updated to TOGAF 9 and have adapted the Zephyr Enterprise Architecture to closely follow the TOGAF 9 framework. All of Zephyrs IT architects have been trained and certified on TOGAF 9.Recently, an architecture project was completed that defined a standard approach for controlling the Automated Test System that is used at each plant to perform final quality assurance tests on each completed blade assembly. The Manufacturing Architecture Board approved the plan for immediate implementation at each plant.
An Architecture Contract was developed that detailed the work needed to implement and deploy the new Automated Test System controller. The Chief Engineer, sponsor of the activity, has expressed concern that a uniform process be employed at each site to ensure consistency.
Refer to the Zephyr Enterprises Scenario:
You have been assigned by the Lead Architect for the Automated Test System controller project to conduct Compliance Assessments at each manufacturing plant.
During the course of the assessment at the Omaha plant, you discover that the Distributed Data Acquisition System they have purchased uses a proprietary Remote Procedure Call (RPC) that utilizes kernel mode threads instead of the user mode threads that are specified in the Architecture Definition Document. In all other respects, the system meets the requirements stated in the Architecture Definition Document and seems to perform correctly.
You have been asked to describe the compliance of this system for the final report.
Based on TOGAF 9, which of the following is the best answer?

A. You observe that all of the features in the Architecture Definition Document have been implemented in accordance with the specification, except for the RPC mechanism. Your recommendation is that the system be described as conformant.
B. You observe that the implementation of the RPC mechanism has no features in common with the Architecture Definition Document, therefore the question of its conformance should not be considered.
Your recommendation is that the system be described as consistent.
C. You observe that the system has many features in common with the Architecture Definition Document, and those features have been implemented in accordance with the specification. However, you note that the RPC mechanism has been implemented using features that are not covered by the specification. Your recommendation is that the system be described as consistent.
D. You observe that the system meets most of the requirements stated in the Architecture Definition Document and appears to work correctly. However, you note that the RPC mechanism has not been implemented according to the specification. Your recommendation is that the system be described as non-conformant.

正解：D

質問 # 61
Scenario:
Please read this scenario prior to answering the Question
You are serving as the Lead Enterprise Architect at a major supplier in the automotive industry. The company is headquartered in Cleveland, Ohio with manufacturing plants across the United States, Brazil, Germany, Japan and South Korea. Each of these plants has been operating its own planning and production scheduling systems, as well as custom developed applications that drive the automated production equipment at each plant.
The company is implementing lean manufacturing principles to minimize waste and improve the efficiency of all of its production operations. During a recent exercise held for internal quality improvement, it was determined that a significant reduction in process waste could be achieved by replacing the current planning and scheduling systems with a common Enterprise Resource Planning (ERP) system located in the Cleveland data center. This central system would provide support to each of the plants replacing the functionality in the existing systems. It would also eliminate the need for full data centers at each of the plant facilities. A reduced number of IT staff could support the remaining applications. In some cases, a third-party contractor could provide those staff.
The Enterprise Architecture department has been operating for several years and has mature, well- developed architecture governance and development processes that are strongly based on TOGAF 9.
At a recent meeting, the Architecture Board approved a Request for Architecture Work sponsored by the Chief Engineer of Global Manufacturing Operations. The request covered the initial architectural investigations and the development of a comprehensive architecture to plan the transformation.
The Common ERP Deployment architecture project team has now been formed, and the project team has been asked to develop an Architecture Vision that will achieve the desired outcomes and benefits. Some of the plant managers have expressed concern about the security and reliability of diving their planning and production scheduling from a remote centralized system. The Chief Engineer wants to know how these concerns can be addressed.
Refer to the Scenario
During the initial meeting of the Common ERP Deployment architecture project team, a number of alternative recommendations for how to proceed are put forward by members of the team.
You have been asked to select the most appropriate recommendation to ensure that the team evaluates different approaches to the problem and clarifies the requirements for the architecture.
Based on TOGAF 9, which of the following is the best answer?

A. The team should exercise due diligence and carefully research vendor literature and conduct a series of briefings with vendors that are on the current approved supplier list. Based on the findings from the research, the team should define a preliminary Architecture Vision. The team should then use that model to build consensus among the key stakeholders.
B. The team should conduct a pilot project that will enable vendors on the short list to demonstrate potential solutions that will address the concerns of the stakeholders. Based on the findings of that pilot project, a complete set of retirements will be developed that will drive the evolution of the architecture.
C. The team should use stakeholder analysis to understand who has concerns about the initiative. The team should then hold a series of interviews at each of the manufacturing plants using the business scenario technique. This will then enable them to identify and document the key high-level stakeholder requirements for the architecture.
D. The team should develop Baseline and Target Architectures for each of the manufacturing plants, ensuring that the views corresponding to selected viewpoints address key concerns of the stakeholders. A consolidated gap analysis between the architectures will then be used to validate the approach, and determine the capability increments needed to achieve the target state.

正解：C

質問 # 62
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