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OMG OMG-OCRES-I200 Exam Syllabus Topics:
| Section | Objectives |
| Topic 1: Data Distribution Service (DDS) | - DDS Data-Centric Publish-Subscribe (DCPS)
- 1. DCPS concepts and usage
- 2. Quality of Service policies
- 3. Publish-subscribe communication model
- 4. DDS architecture fundamentals
|
| Topic 2: Real-time Software Engineering | - Software engineering principles
- 1. Embedded systems design principles
- 2. Real-time software engineering fundamentals
- 3. Development lifecycle and best practices
|
| Topic 3: UML Modeling for Real-time and Embedded Systems | - Real-time UML modeling concepts
- 1. Schedulability modeling
- 2. Quality of Service modeling
- 3. Real-time resources modeling
- 4. Model Driven Architecture-based projects
- 5. Time modeling
- 6. Concurrency modeling
|
| Topic 4: Real-time CORBA | - CORBA for real-time and embedded applications
- 1. Basic CORBA/e concepts
- 2. Lightweight CORBA services
- 3. Static scheduling
|
OMG-Certified Real-time and Embedded Systems Specialist Intermediate Sample Questions:
1. The Lightweight Time Service Periodic interface----------------
A) does not require that a periodic object be registered with a clock beforehand
B) executes thedo_work operation invoked by the Controller
C) initiates periodic execution when using an unsigned integerparams set to 0
D) assumes that a periodic object is always "ready to execute"
2. In the Lightweight Time Service, a value of type "TimeT" indicates--------------
A) a 64-bit value of relative elapsed or absolute time, in units of 100 nanoseconds
B) a relative time, with the "tv_sec" field containing the number of elapsed seconds, and "tv_usec"
containing elapsed microseconds
C) the number of seconds passed sincemidnight, January 1, 1970, UTC
D) the number of seconds (tv_sec) and nanoseconds (tv_nsec) passed since the beginning of the POSIX
epoch
3. In MDA practice, transformations from PIM to PSM---------------- (Choose TWO.)
A) may be automated
B) are required for all systems
C) alwaysproduce executable code
D) may be hand generated
E) are always implemented in the QVT action language
4. Which of the following can be controlled using RT CORBA? (Choose two)
A) thread pools
B) transport connections
C) memory addresses
D) number of CORBA objects
5. Which two of these correctly characterise "end to end" predictability in a fixed priority CORBA system?
(Choose TWO)
A) respecting thread priorities between CORBA clients and servers
B) bounding the duration of thread priority inversions during end-to-end processing
C) bounding the duration of memory access times
D) minimizing the latencies of operation invocations
Solutions:
Question # 1 Answer: B | Question # 2 Answer: A | Question # 3 Answer: A,D | Question # 4 Answer: A,B | Question # 5 Answer: A,B |