For each of following assembly instructions: a. Specify the register transfer language (RTL) b. Specify the control signals and control matrixes You can consider the processing unit in lecture # 5. Instruction Task LD R2 R5 LD R3 (R6) INC R3 DEC (R4) JP 20H JP (20H) JPZ 20H Call NC (44H) RET NZ ASR R6 CMR A,R2 AND R2 R4 SUB R2 R4 SUB R2 (R4) Load data to R2 from R5 Load data to R3 from memory, R6 shows the memory address Increment the value of R3 Decrement the value in memory with address of R4 Jump to 20H Jump to (20H) Jump to 20H if Zero Flag is "1" Jump to (44H) with saving return address into stack if Carry Flag is "O" Return to main routine if Zero Flag is "O" Arithmetic shift right R6 Compare accumulator with R2 AND operation for R2 and R4 send the result to R2 Subtract operation for R2 and R4 send the result to R2 (R2-R4-> R2) Subtract operation for R2 and M(R4) send the result to R2 (R2-M(R4) -> R2) For each of following assembly instructions: a. Specify the register transfer language (RTL) b. Specify the control signals and control matrixes You can consider the processing unit in lecture # 5. Instruction Task LD R2 R5 LD R3 (R6) INC R3 DEC (R4) JP 20H JP (20H) JPZ 20H Call NC (44H) RET NZ ASR R6 CMR A,R2 AND R2 R4 SUB R2 R4 SUB R2 (R4) Load data to R2 from R5 Load data to R3 from memory, R6 shows the memory address Increment the value of R3 Decrement the value in memory with address of R4 Jump to 20H Jump to (20H) Jump to 20H if Zero Flag is "1" Jump to (44H) with saving return address into stack if Carry Flag is "O" Return to main routine if Zero Flag is "O" Arithmetic shift right R6 Compare accumulator with R2 AND operation for R2 and R4 send the result to R2 Subtract operation for R2 and R4 send the result to R2 (R2-R4-> R2) Subtract operation for R2 and M(R4) send the result to R2 (R2-M(R4) -> R2)