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A multi-user, multi-processing operating system cannot be implemented on hardware that does not support:
a) Address translation
b) DMA for disk transfer
c) At least two modes of CPU execution (privileged and non-privileged).
d) Demand Paging
- a)Only A
- b)Both A, B
- c)A, B and C
- d)A, B and D
Correct answer is option 'C'. Can you explain this answer?
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Verified Answer
A multi-user, multi-processing operating system cannot be implemented ...
The correct answer would be (a) and (c) as address translation is required in the multi-programming so that no process can go into any other process’s memory. And atleast 2 modes should be present in the CPU execution so that the privileged mode could control the resource allocation of the unprivileged mode users. The DMA and Demand Paging improves the performance of the OS. Hence they are not necessary conditions in a multi-programming. But since (a) and (c) is not answers mentions in the options so the next best option will be (C) containing both (a) and (c) along with (b). So, option (C) is correct.
Most Upvoted Answer
A multi-user, multi-processing operating system cannot be implemented ...
Operating System Requirements
A multi-user, multi-processing operating system requires specific hardware support to function correctly. The following are some essential requirements:
Address Translation
Address translation is a technique used by the operating system to map virtual memory addresses to physical memory addresses. It is necessary to provide protection between different processes or users running on the same system. Without address translation, a process could potentially access another process's memory, leading to data corruption or loss.
At Least Two Modes of CPU Execution
A multi-user operating system requires at least two modes of CPU execution: privileged and non-privileged. The privileged mode is used by the operating system kernel to execute critical tasks, such as device driver management and memory management. The non-privileged mode is used by user-level processes to execute their tasks. Without these two modes, an operating system cannot provide adequate protection between processes or users.
DMA for Disk Transfer
Direct Memory Access (DMA) is a hardware feature that allows data to be transferred between the disk and memory without CPU intervention. DMA is used to improve the performance of disk I/O operations. Without DMA support, disk I/O operations would be slower, and the CPU would be heavily involved in data transfers, leading to a degraded system performance.
Demand Paging
Demand paging is a technique used by the operating system to load pages into memory only when needed. It helps conserve memory space by only loading pages that are required by the running process. Without demand paging, an operating system would have to load all pages into memory, leading to inefficient memory utilization.
Conclusion
In summary, a multi-user, multi-processing operating system requires hardware support that includes address translation, at least two modes of CPU execution, DMA for disk transfer, and demand paging. These features are essential for the efficient operation of the operating system and the protection of user-level processes.
A multi-user, multi-processing operating system requires specific hardware support to function correctly. The following are some essential requirements:
Address Translation
Address translation is a technique used by the operating system to map virtual memory addresses to physical memory addresses. It is necessary to provide protection between different processes or users running on the same system. Without address translation, a process could potentially access another process's memory, leading to data corruption or loss.
At Least Two Modes of CPU Execution
A multi-user operating system requires at least two modes of CPU execution: privileged and non-privileged. The privileged mode is used by the operating system kernel to execute critical tasks, such as device driver management and memory management. The non-privileged mode is used by user-level processes to execute their tasks. Without these two modes, an operating system cannot provide adequate protection between processes or users.
DMA for Disk Transfer
Direct Memory Access (DMA) is a hardware feature that allows data to be transferred between the disk and memory without CPU intervention. DMA is used to improve the performance of disk I/O operations. Without DMA support, disk I/O operations would be slower, and the CPU would be heavily involved in data transfers, leading to a degraded system performance.
Demand Paging
Demand paging is a technique used by the operating system to load pages into memory only when needed. It helps conserve memory space by only loading pages that are required by the running process. Without demand paging, an operating system would have to load all pages into memory, leading to inefficient memory utilization.
Conclusion
In summary, a multi-user, multi-processing operating system requires hardware support that includes address translation, at least two modes of CPU execution, DMA for disk transfer, and demand paging. These features are essential for the efficient operation of the operating system and the protection of user-level processes.
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A multi-user, multi-processing operating system cannot be implemented on hardware that does not support:a) Address translationb) DMA for disk transferc) At least two modes of CPU execution (privileged and non-privileged).d) Demand Paginga)Only Ab)Both A, Bc)A, B and Cd)A, B and DCorrect answer is option 'C'. Can you explain this answer?
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