MCQOPTIONS
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MCQOPTIONS
This section includes 13 Mcqs, each offering curated multiple-choice questions to sharpen your Software Defined Radio knowledge and support exam preparation. Choose a topic below to get started.
| 1. |
Radio application layer constructs physical and virtual radio channels. |
| A. | True |
| B. | False |
| Answer» B. False | |
| 2. |
Which of the following is not a facility offered by infrastructure layer? |
| A. | Synchronization |
| B. | High speed interconnect |
| C. | Resource management |
| D. | Position generation |
| Answer» C. Resource management | |
| 3. |
_____ translates laptop level display information to a level suitable for handheld device. |
| A. | Transmission Control Protocol |
| B. | Graphic User Interface |
| C. | Simple Network Management Protocol |
| D. | Wireless Access Protocol |
| Answer» E. | |
| 4. |
The software tradeoffs at ____ level of the architecture involve the user. |
| A. | communication services |
| B. | radio application |
| C. | radio infrastructure |
| D. | hardware |
| Answer» B. radio application | |
| 5. |
A sequence of calls links____ layer with radio application layer. |
| A. | service |
| B. | radio infrastructure |
| C. | hardware |
| D. | application |
| Answer» B. radio infrastructure | |
| 6. |
In the software factory, _____ protocol profiles are defined so that combinations of services and applications can work together. |
| A. | independent |
| B. | aggregate |
| C. | mutually consistent |
| D. | fixed |
| Answer» D. fixed | |
| 7. |
____ is responsible for availability of resources on the logical path over which the channel is defined. |
| A. | Finite state machine |
| B. | Push-down automata |
| C. | Agent state machine |
| D. | Channel control state machine |
| Answer» E. | |
| 8. |
How can a finite state machine be converted into a push down automata? |
| A. | By including a push-down stack |
| B. | By including a push-down stack with Push() function |
| C. | By including a push-down stack with Pop() function |
| D. | By including a push-down stack with Push() and Pop() function |
| Answer» D. By including a push-down stack with Push() and Pop() function | |
| 9. |
_____ can be in exactly one of a countable number of states at any given time. |
| A. | Push-down automata |
| B. | Agent state machine |
| C. | Finite state machine |
| D. | Infinite state machine |
| Answer» D. Infinite state machine | |
| 10. |
Which of the following is not a stage of a state machine? |
| A. | Waiting for instantiation |
| B. | Waiting for timer |
| C. | Fetching the waveform |
| D. | Waiting for response |
| Answer» C. Fetching the waveform | |
| 11. |
System control handles ____ |
| A. | message processing |
| B. | protocol stacks |
| C. | boot-up |
| D. | internetworking |
| Answer» D. internetworking | |
| 12. |
____ are the functional objects that implement the personalities of channel objects. |
| A. | Agents |
| B. | Ghost objects |
| C. | Modem objects |
| D. | Modem events |
| Answer» B. Ghost objects | |
| 13. |
The channel object obtains system resources for the _____ |
| A. | channel |
| B. | mode |
| C. | band |
| D. | waveform |
| Answer» E. | |