Write down the RISC V code for the following tasks: (1) Load Register x3 with content of A[256] (2) Store contents of Register x3 into A[1024] (3) Add contents of register x3 and x10 and place the result in register x5 (4) Copy contents at one memóry location to another: C[g] = A[i-64j+16] (5) implement in RISC V these line of code in C: (i) f = g- A[B[C[256]]] (ii) f = g - A[C[8] - B[16]] (iii) A[i] = 16B[2i-21] + 32C[2i+2]

Computer Networking: A Top-Down Approach (7th Edition)
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Author:James Kurose, Keith Ross
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Write down the RISC V code for the following tasks:
(1) Load Register x3 with content of A[256]|
(2) Store contents of Register x3 into A[1024]|
(3) Add contents of register x3 and x10 and place the result in register x5
(4) Copy contents at one memory location to another: C[g] = A[i-64j+16]
(5) implement in RISC V these line of code in C:
(i) f = g - A[B[C[256]]]
(ii) f = g - A[C[8] - B[16]]
(iii) A[i] = 16B[2i-21] + 32C[2i+2]
%3D
64-hit machine)
Transcribed Image Text:Write down the RISC V code for the following tasks: (1) Load Register x3 with content of A[256]| (2) Store contents of Register x3 into A[1024]| (3) Add contents of register x3 and x10 and place the result in register x5 (4) Copy contents at one memory location to another: C[g] = A[i-64j+16] (5) implement in RISC V these line of code in C: (i) f = g - A[B[C[256]]] (ii) f = g - A[C[8] - B[16]] (iii) A[i] = 16B[2i-21] + 32C[2i+2] %3D 64-hit machine)
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Note: As you have asked multiple part questions, as per our policy we will solve the first three parts for you. If you want an answer to any specific part of the question, then post that part only or specify the number of the part.

(1) The mnemonic used to Load is lb- load byte, lh-load halfword, lw- load word, ld=load doubleword. Assuming a byte stored at A[256]. The instruction is:

lb x3, 256(A)     [Loads from memory address (A+256) into a register x3]

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