Explain the R, J, and I directions. Much appreciated. This page describes instruction set types, architecture, and differences (ISA). ?

Describe the protection and instruction mechanisms of the set architecture.

Next, provide a summary of the R, J, and I architectural axes. Thank you very much for your assistance. This article discusses numerous instruction sets, their architectures, and their differences. (ISA).?

PLEASE HELP

8. For each row in Table 1, use the Comment column to describe the action taken for each instruction. Determine the values for the below assembly code block; provide the final values for each register listed in Table 2. Table 1 Instruction Register mov mov mov and xor al Table 2 dl al, 11 dl, 13 cl, al al, dl Register Final Value dl. cl Comment

THIS IS MY CODE SO FAR: // header #include <stdio.h>   // define the IM and DM size #define IM_SIZE 250 #define DM_SIZE 10   // Define the ISA of the Tiny Machine Architecture #define LOAD 1 #define ADD 2 #define STORE 3 #define SUB 4 #define IN 5 #define OUT 6 #define END 7 #define JMP 8 #define SKIPZ 9   // Accurately represented architecture int PC = 0; // PC = Program Counter int IR; // IR = Instruction Register int MAR1, MAR2; // MAR1,MAR2 = Memory Address Registers 1 and 2 int MDR1, MDR2; // MDR1,MDR2 = Memory Data Registers 1 and 2 int A = 0; // A = Accumulator   int IM[IM_SIZE]; // IM = Instruction Memory int DM[DM_SIZE]; // DM = Data Memory   // opening the file void openProgram(const char* filename) {     FILE* file = fopen(filename, "r");     if (file == NULL) {         printf("Error opening file.\n");         return;     }       int opcode, address;     int i = 0;     while (fscanf(file, "%d %d", &opcode, &address) == 2 && i < IM_SIZE) {…

Detailed explanations should be provided for the architectural directives that start with the letters R, J, and I that are listed below. I can't express how grateful I am. This page explains the many different kinds of instruction sets, the ways in which they vary from one another, and the architecture of instruction sets (ISA). ?