OMG-OCSMP-MU100 Certification Exam Sample Questions

OMG-OCSMP-MU100 Dumps PDF, OCSMP Dumps, download SysML MU free Dumps, OMG OCSMP exam questions, free online SysML MU exam questionsYou have to pass the OMG-OCSMP-MU100 exam to receive the certification from OMG. To increase the effectiveness of your study and make you familiar with the actual exam pattern, we have prepared this OMG OCSMP sample questions. Our Sample OMG-Certified Systems Modeling Professional - Model User Practice Exam will give you more insight about both the type and the difficulty level of the questions on the OMG SysML MU exam.

However, we are strongly recommending practice with our Premium OMG-Certified Systems Modeling Professional - Model User Practice Exam to achieve the best score in your actual OMG-OCSMP-MU100 Exam. The premium practice exam questions are more comprehensive, exam oriented, scenario-based and exact match of OMG-Certified Systems Modeling Professional - Model User exam questions.

OMG OCSMP Sample Questions:

01. A diagram in an avionics model sits in a frame whose header reads sd Approach Sequencing. The frame contains four lifelines and eleven messages.
What does that header identify?
a) The first message of the interaction, from which the remaining ten follow
b) The package that owns the diagram
c) The interaction the diagram is a view of
d) The block whose internal structure the four lifelines decompose, named after its owning package
 
02. A manufacturer of laboratory centrifuges keeps one master electromagnetic compatibility requirement in a shared package. Each product model's specification carries its own requirement that reproduces the master's text unchanged and may not be edited in place.
Which SysML requirement relationship holds between the master and each of those requirements?
a) Copy, which makes each slave a read-only duplicate of the master's text.
b) deriveReqt, which produces each slave by analyzing the master.
c) Containment, which places each slave inside the master as one of its sub-requirements.
d) Trace, the general-purpose relationship that is used wherever no more specific requirement relationship applies.
 
03. A model of a robot welding cell holds two sequence diagrams over the same three parts. In sd Normal Cycle the cell controller sends clamp and then weld. In sd Recovery Cycle the same controller sends weld only after an operator acknowledgement, and sends no clamp at all.
What does holding both diagrams tell a reader about the welding cell?
a) The controller runs two state machines
b) The model is inconsistent, and one of the two orderings must be removed before the model can be read
c) The second diagram refines the first, replacing the ordering the first one shows
d) Each diagram fixes one ordering, and neither enumerates every ordering the parts may exhibit
 
04. A parametric diagram for an autonomous underwater vehicle binds the parameters of a DragForce constraint property to the hull's value properties for speed, frontal area and drag.
Which statement about that diagram is correct?
a) It asserts nothing until a value has been supplied for each of the three bound value properties
b) It asserts that the hull's speed is constrained while the frontal area and the drag are left free
c) It asserts the relationship among the three quantities without saying which is computed, since binding connectors have no direction
d) It asserts that the drag is computed from the speed and the frontal area, in the direction the equation is written
 
05. A requirement diagram for a municipal water treatment plant shows the requirement R-14 Turbidity Limit joined by a dashed line to an element stereotyped «testCase» and named Filter bed endurance trial.
Which requirement relationship does that line record?
a) A refine relationship, which relates a model element to a requirement it states more precisely.
b) A verify relationship, which relates a test case to the requirement it evaluates.
c) A deriveReqt relationship, which relates the requirement to the trial it was derived from.
d) A satisfy relationship, which relates the trial to the requirement whose limit it meets.
 
06. A requirement diagram for an agricultural spray drone shows the requirement R-3 Spray Overlap with dashed relationships attaching three elements to it: the activity Plan swath, the block Nozzle Controller, and the test case Overlap field trial.
What does the diagram tell a reader about those three elements?
a) They are owned by R-3, and deleting that requirement from the model would delete the activity, the block and the test case with it.
b) They form the order in which the drone's spray function will be developed, from planning through to the field trial.
c) They are defined elsewhere in the model and are drawn here for the relationships they hold to R-3.
d) They are three alternative expressions of R-3, of which one will be retained.
 
07. A rooftop solar inverter model records that the block Islanding Detector meets the requirement R-9 Grid Disconnect. The modeler draws a satisfy relationship between the two elements.
In which direction is that relationship drawn, and what does the direction express?
a) From the block to R-9: the block owns R-9 as a feature.
b) From R-9 to the block: the requirement is the client, depending on whichever element has been chosen to implement it.
c) From either end: satisfy is a non-directed association between the two elements.
d) From the block to R-9: the satisfying element is the client and the requirement is the supplier.
 
08. A sequence diagram for a satellite ground station is framed sd Pass Handover. Between two ordinary messages it carries a rectangular frame labeled ref Acquire Signal, drawn across the antennaController and trackingProcessor lifelines.
What does that frame assert?
a) A constraint requiring Acquire Signal to complete within a stated duration
b) The messages of an interaction named Acquire Signal, defined elsewhere in the model, occur at this point in the ordering
c) A second definition of the Acquire Signal interaction, owned by the two lifelines it covers
d) The two lifelines it covers exchange their messages concurrently until the frame closes
 
09. A sequence diagram for a survey drone shows the missionController lifeline sending capture(waypoint) to the camera lifeline with an open stick arrowhead, and immediately below it sending log(waypoint) to the telemetryStore lifeline, also with an open stick arrowhead.
What may be concluded about the camera at the point where log(waypoint) is sent?
a) It has completed the capture and returned a reply, which the mission controller consumed before moving on
b) It is suspended until the telemetry store responds
c) It is now the sender of the next message
d) Nothing about its progress is asserted; it may still be handling the capture message
 
10. A sequence diagram for an air handling unit shows a narrow rectangle drawn on top of the damperActuator lifeline. The rectangle begins where the message setPosition arrives and ends where the dashed reply leaves.
What does that narrow rectangle show?
a) The period during which the damper actuator is active
b) The state the damper actuator occupies while the message is handled
c) The number of seconds the damper actuator needs to reach the commanded position
d) The set of operations the damper actuator offers across its standard port

Answers:

Question: 01
Answer: c		 Question: 02
Answer: a		 Question: 03
Answer: d		 Question: 04
Answer: c 		 Question: 05
Answer: b
Question: 06
Answer: c		 Question: 07
Answer: d		 Question: 08
Answer: b		 Question: 09
Answer: d		 Question: 10
Answer: a

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