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How can the TPM monitor effectively handle memory and CPU resources in compared to standard operating systems?

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter4: Processor Technology And Architecture

Section: Chapter Questions

Problem 2PE: If a microprocessor has a cycle time of 0.5 nanoseconds, what’s the processor clock rate? If the...

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Fundamentals of Input and Output Performance

The I/O subsystem is a component of computer system design that uses buses to assist communication between the Central Processing Unit, Computer Memory/Storage, and Input and Output Devices (that is known as peripheral devices). The I/O subsystem includes disc controllers, tape drives, discs, system buses, and other devices. The I/O database application reads and writes drives using the operating system windows I/O.

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How can the TPM monitor effectively handle memory and CPU resources in
compared to standard operating systems?

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How does memory management differ in a monolithic kernel and a microkernel-based operating system?
Is there any evidence to suggest that operating systems that are driven by interrupts perform better than operating systems that do not use interrupts, or is there any evidence to suggest that they perform worse?
Demonstrate, with the use of some concrete examples, why interrupt-driven operating systems are preferable to their non-interrupted contemporaries.
Is there any evidence to suggest that interrupt-driven operating systems perform better than non-interrupted operating systems or that they perform worse?
In other words, is empirical evidence exist to back up the claim that interrupt-driven operating systems outperform non-interrupt-driven ones?
To be more specific, what aspects of an interrupt-driven operating system contribute to its superior performance, and which aspects contribute to its worse performance?
In your experience, do interrupt-driven or non-interrupt-driven operating systems run faster?
Show via examples why interrupt-driven operating systems perform better overall than non-interrupt-driven operating systems.
For a processor that can decode encrypted data and system instructions as well as execute the instructions on the decoded data and executed system instructions, many ways have been proposed The submitted resuits will be encrypted by the processor. Is there a specific benefit to employing a CPU of this type? In order to achieve such high levels of performance and efficiency, what are the system requirements?
There is substantial discussion about the reasons why interrupt-driven operating systems outperform non-interrupted ones.
As soon as an interrupt is received, the CPU suspends the currently executing process and proceeds to service the interrupt. Why should the executing process be suspended? Why can’t we, instead, finish the executing process and handle the interrupt afterward?