Other name of FDMA is _______________ Access.
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Q: The method which offers higher speeds of I/O transfers is a. Interrupts b. Memory mapping c.…
A: Exрlаnаtiоn: In DMА the I/О deviсes аre direсtly аllоwed tо interасt with the memоry…
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A: Аn аssembly lаnguаge is а рrоgrаmming lаnguаge thаt саn be used tо direсtly tell the…
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A: Here in this question we have given Page size = 256 No of frame = 1024 Page in logical address=…
Q: What are the steps in computing for the physical address? Give sample computations.
A: The answer is given below:-
Q: what is "virtual memory management"t?
A: I have answered the question step 2.
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A: A virtual address space is the collection of virtual address ranges that an operating system makes…
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A: 1. meant by os is a resource allocater 2. meant by os is a control program 3. von Neumann…
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A: As per guidelines we answer only one question for answer of other questions please ask separately
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A: The option is 4
Q: . What is the difference between the physical and the logical address
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A: Dear Student, The main difference between bit and byte address is bit address ie represented by each…
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A: External fragmentation: External fragmentation occurs when the memory capacity is insufficient to…
Q: What exactly is optimum performance in computer terms?
A: The Answer is in step2
Q: What is optimum performance in computer terms.
A: Computer is an electronic device, and it can perform the user tasks in optimal way.
Q: Logical Address = 4 GB, Physical Address PA= 64 MB, Page Size = 4 KB, then calculate Number of…
A: Logical Address = 4 GB, Physical Address PA= 64 MB, Page Size = 4 KB, then Number of pages =…
Q: Choose the most correct answer from the options below: In a time-sharing Operating system CPU time…
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A:
Q: Who is in charge of adding items to the forwarding table and how does this happen? Distinguish…
A: The answer :
Q: Which of these is true of our system? Circle one in each row (1 point each) Memory-mapped I/0…
A: 1) Memory-mapped I/O is true of our system.It provides advantages in terms of access, security, and…
Q: If a system has Total Memory = 120 MB, Process = 60 MB, Frame Size = 4 MB What will be the page…
A:
Q: What is The Extended form of VPU in computer science?
A: Given question is asking for extended form of vpu.
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A: Lets discuss the solution in the next steps
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A: We need to answer:
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Q: of the five memory managemen
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Q: 1- What happens to the ZF and CF status flags as the following sequence of instructions is executed…
A: The solution for the above-given question is given below:
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Q. Other name of FDMA is _______________ Access.
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- LI is the fastest type of cache memory built into a computer, faster even than DDR4 SDRAM memory. True or False?a) What is a Process Control Block (PCB)? Which information does it store? b) Long term scheduler versus short term scheduler versus medium term scheduler. What are their functions? c) How does the system call execute? Can you explain figure1? d) How does the interrupt execute? Can you explain figure 2? e) How to use system calls to make input/output operations? Can you explain figure 3? f) In a time-sharing environment, several users share the system simultaneously: How can we reach MM protection? Can you explain figure 4?Who is in charge of adding items to the forwarding table and how does this happen? Distinguish between two possible approaches for adding items to the forwarding table. When it comes to virtual memory, what are the benefits and disadvantages?
- Concerning Computer Operating Systems Question What is the most efficient method for addressing the problems with inter-process communication that are caused by the existence of both big-endian and little-endian computer processor architectures? What is the best way to resolve these problems? (Spoiler alert: all of us are familiar with the nature of the problem. Just describe what the answer is, please.)Question About Operating Systems What is the most effective method for overcoming inter-process communication challenges caused by the existence of both big-endian and little-endian computer processor architectures? (Spoiler alert: We are all aware of the problem. Simply describe the solution.)Question Regarding Operating Systems What is the most effective approach to resolving the issues with inter-process communication that are brought about by the presence of both big-endian and little-endian computer processor architectures? (Spoiler alert: We are all aware of what the issue is. Just explain what the solution is.)
- Operating Systems Question What is the best way to handle the inter-process communication problems raised by the co-existence of big-endian and little-endian CPU architectures? (Hint: We all know what the problem is. Just tell how to solve it.)If you could be so kind as to explain, what exactly are the OS's primary building blocks? what, exactly, are we talking about here?Query Regarding Computer Operating Systems Which of the following approaches is the most efficient way to address the problems with inter-process communication that are brought on by the coexistence of big-endian and little-endian architectures in computer processors? (Spoiler alert: All of us are aware of the situation that has arisen. Simply explain how the solution works.)
- The following is a brief summary of the hardware components that make up a symmetric block cypher: Describe the differences between the two categories of operating modes.Which of these two types of operating systems, time-sharing or distributed, has the greatest distinguishing characteristics? How do they stack up against one another in terms of performance?Operating Systems Question What is the most efficient way to address the problems with inter-process communication caused by the coexistence of both big-endian and little-endian computer processor architectures? (Spoiler alert: We all know what the problem is; just describe the remedy.)
