Design and implement a 4-bit ALU for following micro operations

Problems: 1 Use lecture 03 to design and implement a 4-bit ALU for following micro operations. You can draw your circuit in A3 size paper. S3 S2 S1 SO Cin Operation A+1 A+B A+B+1 A+B A+B'+1 A-1 0 0 0 1 0 0 1 00 0 10 0 AAB A v B AB 0 1 1 0X 0 111X 1 0 X XX SHR SHL In this design A and B are two 4-bit binary inputs, s0, sl, s2, s3 and Cin are control signals. There is no need to draw the internal circuits of MUX & Full adders. You should make clear all connections from input to the outputs Problems: 1 Use lecture 03 to design and implement a 4-bit ALU for following micro operations. You can draw your circuit in A3 size paper. S3 S2 S1 SO Cin Operation A+1 A+B A+B+1 A+B A+B'+1 A-1 0 0 0 1 0 0 1 00 0 10 0 AAB A v B AB 0 1 1 0X 0 111X 1 0 X XX SHR SHL In this design A and B are two 4-bit binary inputs, s0, sl, s2, s3 and Cin are control signals. There is no need to draw the internal circuits of MUX & Full adders. You should make clear all connections from input to the outputs