Question 1

Choose the correct answer Understanding OCL is important to the understanding of which item(s)?

Options :

A : a typical high-level domain model

B : tool-generated XMI for a SysML model

C : both the UML and SysML specifications

D : software developers' modifications to a SysML model

Answer: C

Question 2

Choose the correct answer Which data exchange mechanism uses a database that is accessible by two or more tools m order to share data?

Options :

A : manual exchange

B : file-based exchange

C : interaction-based exchange

D : repository-based exchange

Answer: D

Question 3

Choose the coned answer What is one of the best reasons for a modeling Systems Engineer to use OCL?

Options :

A : OCL transforms easily into code

B : OCL facilitates understanding by engineers.

C : OCL can express any imaginable constraint

D : OCL allows tor precise specification of constraints based on contents of the model

Answer: D

Question 4

Choose the correct answer Which option is a measure of model quality?

Options :

A : the number of blocks that have been implemented

B : the estimated time to complete the use case model

C : the number of textual requirements approved by the customer

D : the number of actions and activities with no incoming object 01 control flows

Answer: D

Question 5

Choose the correct answer. An engineering learn has been charged to design and build an embedded real-time control system using COTS (Commercial Off-The-Shelf) purchased components where possible A technical risk for such a control system is that the system will miss (i.e . fail to respond to) critical inputs The project has the additional risk that there may not be any components on the market that will meet both timing and cost constraints Given this, what information must be in the model before the engineering team can begin selecting and procuring COTS components?

Options :

A : timing constraints for all behaviors involved in responding to a critical input

B :

(1) liming constraints for all behaviors involved in responding to a critical input (2) total system production cost provided by the customer

C :

(1) minimum period of time between any two successive critical inputs (2) maximum acceptable time to produce all outputs for a critical input (3) allocation of (2) to all behaviors involved in responding to a critical input (4) total system production cost provided by the customer

D :

(1) minimum period of time between any two successive critical inputs (2) maximum acceptable time to produce ail outputs for a critical input (3) allocation of (2) to all behaviors involved in responding to a critical input (4) total system production cost provided by the customer (5) allocation of (4) to system components

E :

(1) minimum period of time between any two successive critical inputs (2) maximum number of critical inputs that will arrive in a given time interval (3) maximum acceptable time to produce all outputs for a critical input (4) allocation of (3) to all behaviors involved in responding to a critical input (5) total system production cost provided by the customer (6) allocation of (5) to system components

Answer: E