The majority of the machines include a capacity that allows them to duplicate in both directions;this means that you may transfer items from one register to another as well as vice versa. TheMemory Address Register (MAR) is never used as a source register; you may only copy into theMAR. When compared to the other registers, the MAR is always used as a destination register.Could you perhaps explain the reasoning behind this? Two hundred workstations and four servers are linked together by a single LAN connection andare connected to each other via a network of switches. It seems that you are getting an unusuallyhigh number of broadcast packets across your local area network (LAN), and you would want tolessen the effect that this kind of traffic is having on your network. In order to achieve yourobjective, what specific measures do you need to take?

These kinds of broadcast storms are a major problem in today's world: In point of fact, LAN is short…

Two hundred workstations and four servers are linked together by a single LAN connection and are connected to each other via a network of switches. It seems that you are getting an unusually high number of broadcast packets across your local area network (LAN), and you would want to lessen the effect that this kind of traffic is having on your network. In order to achieve your objective, what specific measures do you need to take?

Two hundred workstations and four servers are linked together by a single LAN connection and are connected to each other via a network of switches. It seems that you are getting an unusually high number of broadcast packets across your local area network (LAN), and you would want to lessen the effect that this kind of traffic is having on your network. In order to achieve your objective, what specific measures do you need to take?

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter11: Operating Systems

Section: Chapter Questions

Problem 26VE

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Similar questions

Most of the machine have a 2-way capability; that is, you can copy them from another register, and you can copy them to another register. The Memory Address Register (MAR) is unlike any other register in that it is always used as a destination register; copies may only be made into the MAR. I'd want you to provide some light on why this is the case.
The majority of the machines include a capacity that allows them to duplicate in both directions; this means that you may transfer items from one register to another as well as vice versa. The Memory Address Register (MAR) is never used as a source register; you may only copy into the MAR. When compared to the other registers, the MAR is always used as a destination register. Could you perhaps explain the reasoning behind this?
Most of the machine have a 2-way capability; that is, you can copy them from another register, and you can copy them to another register. When compared to the other registers, the Memory Address Register (MAR) is always utilized as a destination register; you can only copy into the MAR. Please explain why this is the case.
A general register, a single accumulator, or a stack are the three potential configurations that might be chosen for the central processing unit (CPU) of a computer. The stack is the most common of these three options. Each choice comes with its own individual combination of benefits and drawbacks. It is up to you to provide a response, and the response that you provide may be accurate or it may be erroneous.
Most of the machines have a 2-way capability; that is, you can copy them from another register, and you can copy them to another register. When compared to the other registers, the Memory Address Register (MAR) is always utilized as a destination register; you can only copy into the MAR. Please explain why this is the case.
A universal register, a single accumulator, or a stack are the three different designs that are possible for the central processing unit (CPU) of a computer. One of these designs will ultimately be chosen. Each choice comes with its own individual combination of benefits and drawbacks. It is up to you to provide a response, and the response that you provide may be accurate or it may be erroneous.
In order to deal with an interrupt, the CPU suspends the current process. This is referred to as interrupting service. How can we find out why the present procedure is being suspended in the first place? Why can't we just keep going with the existing procedure and deal with the interruption later? Alternatively?
Instruction opcode please help me finish the diagram fill the number of "?" If my diagram is something wrong, please modify it.
Recently, a computer system was designed by Adam. He considered a paging system assured with a page table stored up in the memory. It was observed that when he used the associative registers, the references made to page tables were around 80 percent. During the whole process, the memory reference taken was about 150 ns. Adam was not sure what was the time taken for paged memory reference. Your task is to help Adam to compute the time for paged memory reference and the time taken for effective memory reference.
The CPU suspends the current process to deal with an interrupt. Interrupt service is what it's known as. What is the reason for the current procedure's halt? Why can't we just complete what we're working on now and deal with the interruption later?
It is possible to serve the next process while the CPU is waiting for an interrupt. Do we really need to put off the execution? Why don't we simply execute the operation and forget about the details?
How can we keep the CPU from idling when several instructions flow through it? What are the most important aspects of this method? Please elaborate on the effect they have?