Q2- The sum of a 100 * 100 matrix (total 10000 number) of floating point numbers is calculated using aparallel program that runs on 10 processors. A single floating point addition of two numbers takes 4micro seconds.A- Using Amdahl's formula what is the execution time of calculating this sum if each of the 10processors gets an equal balanced work load.B- Using Amdahl's formula what is the execution time of calculating this sum if one processor gets2000 numbers of the total work load to sum and the other 9 processors each get an equal loadout of the remaining 8000 numbers work load.

Ans - here we have a matrix of 100x100 means 10000 number in a matrix so sum of all the number is…

Answered: Q2- The sum of a 100 * 100 matrix…

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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Write Assembly Language Program to arrange an array of Data in descending order in 8085 microprocessor
Write a program of 8051 microcontroller to find the sum of 10 numbers stored in an Array at RAM location 94 H
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please answer this following MIPS Assembly language into Machine language
Please fast solve the issueProgram Language: RISC-V Create a assembly program that sum up all elements in first array, if the second array (assume that contain same size) element have value of 1 start: li sp 0x10000 la t0 count lw a0 0(t0) la a1 arrOne la a2 arrTwo jal working working: ################################work here ############################ ################################end here ############################ .data size: .word 16 arrOne: .byte -2 5 3 1 1 3 -4 2 -4 2 1 3 3 1 -3 5 arrTwo: .byte 1 1 3 1 3 3 1 3 1 3 3 3 1 1 1 1 correct: .word 2 #Calculation: -2+5+1-4-4+3+1+-2+4 = 2
It is necessary to convert mnemonics to binary machine code because the central processing units (CPUs) of microprocessors do not understand them in their original form.
Although most of your programming courses have focused on writing sequential programs, using lots of parallelism is the way to faster execution. We talked about two different basic execution models that can support massively-parallel execution: MIMD and SIMD. One of the easiest ways to get some speedup by parallel processing is to simultaneously execute multiple copies of the same sequential program with different input data. For example, if you need to convert thousands of images from color to black & white, simultaneously running 32 copies of a sequential program that converts a single image at a time could easily get you nearly 32X speedup over running one copy of the program at a time to process each image. Is that type of parallel execution essentially MIMD, SIMD, or equally suited to both MIMD and SIMD? Why?
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In assembly 68k write the: Initialize the supervisor stack pointer to $8000 Initialize the program counter to $1000 Reserve locations at $2000 to hold your first name only (Joshua) as text and call it NAM Reserve locations at $3000 to store 9 longwords, call it MEM, and write your family name (Kimmich) as a comment Reserve locations at $12400 to store 32-bit unsigned integer variable called RES (to be computed)
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Trace the execution of the following "Super Simple CPU" program and for a) each step record the values of the Accumulator, Mem[10] (memory location 10), Mem[11], and Mem[12]. The values before the execution starts are shown. LOD 11 XXX ТОР JZR JNG SUB 10 STO 11 YYY JMP TOP XXX LDI 1 STO 12 STP LDI 0 YYY STO 12 STP Mem[10] Mem[11] Mem[12] Accumulator 12 24 15

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