3. (a) Given the datapath and control encoding given in Fig. 10-11 and Table 10-5 of the textbook, determine the control words for microoperations given in the table below. Write down the corresponding control word in each row. Note that copies of Fig. 10-11 and Table 10-5 are given. Microoperations DA AA BA MB FS MD RW (a) R2R6+1 (b) R1 R5+ Constant in (c) R4 sl RI (d) R6 Data in (e) R3 R2 R7 (b) For each microoperation, write down the value of destination register (in binary) after the microoperation is executed. Assume that registers are 8-bit and before the execution of control word, they contain the value of their number (e.g. R5 contains 0000 0101). Assume that Constant in and Data in values are 9 and 4 respectively. Also, assume that the microoperations are executed in sequence, i.e. (a) first, then (b) and so on, (e) is executed last. cation, Inc. arles R. Kime RW DA 13 in. N z Write 1 data Daddress Addre Register file Constant in 13 ackdress ПА A daba il data MB- 10 MUX D Bus A Address onl 15 15 MDI Function unit 0 MUX D (a) Block Diag 15 14 13 12 11 10 9 8 7 " DA ሌለ + 210 НА M MR FS 13 DW (by Camrol word Figure 10-11 Data TABLE 10-5 Encoding of Control Word for the Datapath DA, AA, BA MB Function Code Function Code Function FS MD RW Code Function Code Function Code RO 000 Register 0 FA 0000 Function 0 No write ( R1 001 Constant I F+A+1 0001 Data In I Write 1 R2 010 FA+B 0010 R3 011 FA+B+1 0011 R4 100 FA+B 0100 R5 101 FA+B+1 0101 R6 110 F-A-1 0110 R7 111 F+A 0111 FAB 1000 FAVB 1001 F-A B 1010 FA 1011 F-B 1100 F-sr B 1101 Fs B 1110