OMG-OCSMP-MBA400試験無料問題集「OMG-Certified Systems Modeling Professional - Model Builder - Advanced 認定」

A. Define the initial model organization.

B. Define the business or enterprise use cases.

C. Define the initial set of system requirements

D. Define the domain model structure

A. file-based exchange

B. repository-based exchange

C. manual exchange

D. interaction-based exchange

A. Partition the models and exchange parts of the models alter identifying the parts that were changed.

B. Import the entire model back to Tool A as a separate copy and use the tool's diff/merge utility to merge in the changes

C. Produce a special XMI file expressing the differences from the original XMI and import it into Tool A

D. Export only the modified and new elements to XMI and import it to Tool A.

A. define a profile that contains a tag for each type of X in the tool, and assign the stereotype to the blocks in the design model

B. define a package that contains a block for each type of module m X (e g module_1 block) and create a dependency relationship from the module block to the blocks in the design model

C. define a profile that contains a stereotype for each type of module m X. and assign the stereotype to the blocks in lite design model

D. define a package that contains a note for each type of module in X. and anchor notes to the blocks in the design model

E. define a profile that contains a stereotype with a tag that can store the name of the module in X. apply the stereotype to the blocks in the design model, and populate the tag

A. requirement to design

B. function To code

C. property to structure

D. function to structure

A. Coupling has no bearing on model quality because no metrics exist for measuring the level of coupling of SysML models

B. High coupling leads to good model quality provided all blocks in a structural model exhibit the same average degree of coupling

C. High coupling leads to poof model quality because it decreases reuse potential and prevents independent modification of system elements

D. Low coupling leads to poor model quality because all parts of a system must be properly coupled in order to measure the completeness of the model

A. It has all the necessary information relevant at the level of abstraction that the model represents.

B. It includes a complete set of SysML constructs and associations for the system being modeled

C. It uses all SysML diagram types to model all aspects of the system or part being modeled.

D. All of its element trace back to requirements that are within the scope of the project

A. The system engineer should create a SysML model for capturing the design of different types of smart-home systems, and the analysts should each create a SysML model representing their specific analysis. All four SysML models should then be linked together.

B. The system engineer should create a SysML model loi capturing the design ol different types of smart-home systems, and the analysts should set up executable templates/scripts to generate analysis models from the SysML model

C. The system engineer should create a SysML model for capturing high-level design specifications of different types of smart-home systems, which the analysts can consult for creating and maintaining analysis models in their individual tools.

D. The system engineer should create a SysMI model for capturing the high level design specifications of different types of smart-home systems. This SysML model should contain a package for each of the analyses and dependency relations between the design specifications and the analysis packages