Polling and Interrupts (Upper Sixth Science Computer Science) 

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Test your knowledge on polling and interrupts in computer science! Decide whether each noun is related to the concepts of polling and interrupts. Answer with ✅ for true and ❌ for false.

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Polling and Interrupts (Upper Sixth Science Computer Science) 


Polling and Interrupts (Upper Sixth Science Computer Science) Version en ligne Test your knowledge on polling and interrupts in computer science! Decide whether each noun is related to the concepts of polling and interrupts. Answer with ✅ for true and ❌ for false. par YAKILI LMS 1 Context Switch Yes No 2 CSS Yes No 3 JavaScript Yes No 4 Database Yes No 5 Thread Yes No 6 Network Protocol Yes No 7 User Interface Yes No 8 CPU Yes No 9 Machine Learning Yes No 10 HTML Yes No 11 Buffer Yes No 12 Cloud Storage Yes No 13 Scheduler Yes No 14 Polling guarantees immediate response to events. Yes No 15 Polling can handle multiple devices without any issues. Yes No 16 Polling eliminates the need for interrupts in all cases. Yes No 17 Interrupt-driven I/O can lead to faster response times than polling. Yes No 18 Polling can lead to wasted CPU cycles if the device is not ready. Yes No 19 Polling is more efficient than interrupts in all situations. Yes No 20 Interrupts can be prioritized based on the urgency of the event. Yes No 21 Interrupts slow down the overall performance of a system. Yes No 22 Interrupts allow a CPU to respond to events immediately. Yes No 23 Interrupts require the CPU to constantly check for events. Yes No 24 Polling involves the CPU checking the status of a device at regular intervals. Yes No 25 Interrupts can improve the efficiency of CPU resource usage. Yes No 26 Polling can be used in systems where timing is not critical. Yes No 27 Interrupts are always more complex than polling. Yes No 28 Polling is a method used exclusively in software applications. Yes No 29 In polling, the CPU continuously checks for device readiness. Yes No 30 Interrupts can only be used with hardware devices. Yes No 31 Interrupts can only be triggered by software commands. Yes No 32 Polling is simpler to implement than interrupts. Yes No 33 Interrupts can handle multiple events more efficiently than polling. Yes No 34 Context Switch Yes No 35 File System Yes No 36 User Interface Yes No 37 Data Structure Yes No 38 Interrupt Handler Yes No 39 Encryption Yes No 40 Interrupt Yes No 41 Latency Yes No 42 Cloud Computing Yes No 43 Microcontroller Yes No 44 Virtual Machine Yes No 45 Event Yes No 46 Algorithm Yes No 47 Detection Yes No 48 Operating System Yes No 49 Signal Yes No 50 Polling Yes No

Polling and Interrupts (Upper Sixth Science Computer Science)

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Polling and Interrupts (Upper Sixth Science Computer Science) Version en ligne

par YAKILI LMS

Context Switch

CSS

JavaScript

Database

Thread

Network Protocol

User Interface

CPU

Machine Learning

HTML

Buffer

Cloud Storage

Scheduler

Polling guarantees immediate response to events.

Polling can handle multiple devices without any issues.

Polling eliminates the need for interrupts in all cases.

Interrupt-driven I/O can lead to faster response times than polling.

Polling can lead to wasted CPU cycles if the device is not ready.

Polling is more efficient than interrupts in all situations.

Interrupts can be prioritized based on the urgency of the event.

Interrupts slow down the overall performance of a system.

Interrupts allow a CPU to respond to events immediately.

Interrupts require the CPU to constantly check for events.

Polling involves the CPU checking the status of a device at regular intervals.

Interrupts can improve the efficiency of CPU resource usage.

Polling can be used in systems where timing is not critical.

Interrupts are always more complex than polling.

Polling is a method used exclusively in software applications.

In polling, the CPU continuously checks for device readiness.

Interrupts can only be used with hardware devices.

Interrupts can only be triggered by software commands.

Polling is simpler to implement than interrupts.

Interrupts can handle multiple events more efficiently than polling.

Context Switch

File System

User Interface

Data Structure

Interrupt Handler

Encryption

Interrupt

Latency

Cloud Computing

Microcontroller

Virtual Machine

Event

Algorithm

Detection

Operating System

Signal

Polling

Polling and Interrupts (Upper Sixth Science Computer Science) 

Polling and Interrupts (Upper Sixth Science Computer Science) Version en ligne