Regarding Computer Architecture: Are the array processor and the multiprocessor considered to be a SIMD processor? Explain...
Yes, the array processor and multiprocessor are said to be SIMD processors.
SIMD processors:
SIMD stands for Single Instruction Multiple Data. The main characteristics of this type are:
Multiprocessors:
A multiprocessor is used for vector processing. A multiprocessor has the following main characteristics:
Array Processors:
Array processors also deal with multiple processors. An array processor has the following characteristics:
A simple illustration of the working of an array processor, multiprocessor, and SIMD processor is shown below:
Regarding Computer Architecture: Are the array processor and the multiprocessor considered to be a SIMD processor?...
iv. Array processor belongs to SIMD class MIMD class MISD class SISD class v. The following diagram is: Processor Processor + memory Switch based multiprocessor Message based architecture: . Multiprocessor architecture None of the above . io multiorocessor architecture:
iv. Array processor belongs to SIMD class MIMD class MISD class SISD class v. The following diagram is: Processor Processor + memory Switch based multiprocessor Message based architecture: . Multiprocessor architecture None of the above . io multiorocessor architecture:
None of the above . vi. Which of the following is not a basic multiprocessor architecture: . Shared memory multiprocessor Message based multiprocessor Hybrid architecture using both shared memory and message based None of the above vii. According to Flynn's taxonomy, the classical Von Newman architecture is a .MISD system SIMD system SISD system MIMD system vii What is the primary reason for using parallel computing? Parallel computing is a natural way of programming Parallel computing is another programming paradigm...
What Is the Difference Between Vector and Array Processing? in computer Architecture
1- (a) What is the instruction set of a processor architecture? (b) Consider two different processor architectures X and Y. Briefly explain how the instruction sets of X and Y compare (are they the same? do they differ?) (c) Is the size—in bits or bytes—of an instruction part of the ISA? 2- (a) Assembly language consists of nothing but bits? True False (b) Machine language consists of nothing but bits? True False
Some aspects of computer architecture describes the capabilities and programming model of a computer but not a particular implementation. Give a technical explanation of the general concept of computer architecture and in comparison with the main types of architecture explain the concept of data processing in the operation of computer (in terms of similarities and differences)
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architecture
rence1 (Choone) D Question 21 Regarding the virtual memory system, check all the statements that are true. Each program has its own page table, A program's memory space must be a contiguous physical addresses in the RAM, The user program is responsible for maintaining its own page table, If a computer has 1 GB RAM, the software can be written to use 2 GB of memory. It enables multiple programs to share the computer's memory, each program can...
A computer system was designed to have a good latest processor and I/O devices, however the designer of the computer did not put any RAM in it. The computer does have a hard disk of 1 tera-byte. Will this computer be able to execute programs? Explain giving justification in support of your answer.
(10 marks) 4. a) With respect to the architecture of a computer system, there is a subsystem of components that moves coded data between external devices and the host system. Enumerate and explain five (5) constituents of the subsystem in question. b) The flow of execution of computer instructions are mostly interfered by signals commonly referred to as interrupts. When interrupts are triggered, the current instructions being executed are halted and placed on a stack for the CPU to attend...
Assuming a computer has a single processor and a single core with no support for parallel execution, explain why running a multi-threaded program would show no performance improvement. Would inter-process communication be relevant in such a context?
Computer Architecture 14. Fill in the blanks below with the most appropriate term or concept discussed in this chapter: A. ---------------The time required for the first result in a series of computations to emerge from a pipeline. B. ---------------This is used to separate one stage of a pipeline from the next. C. ---------------Over time, this tells the mean number of operations completed by a pipeline per clock cycle. D. ---------------The clock cycles that are wasted by an instruction-pipelined processor due...