CPEG 312/510 Assignment #4 Problem #1: This problem involves the design of a bit sliced ALU (Arithmetic and Logic Unit). The ALU is capable of several Arithmetic and logic functions, depending on the select code. function Complement A Add A, B linzi ALU BIT SLICE lin A-B SzSSo 000 001 010 011 100 | 101 110 111 Out... (ith module) Out! Shift A left Shift A right A and B A xor B A or B Out Step 1: Complete the following table. Out.. Out Outi. A (Ai e Bi) linu 1+AiBi Ai Bielin1 S.SSO 000 001 010 011 100 101 110 111 Step 2: Show hardware interconnections of one ALU BIT SLICE. Step 3: Show module interconnections for a 4-bit ALU. D) Incorporate the Carry Lookahead Adder into the above 4-bit ALU. Show the modified hardware c) Incorporate the Comparator with Lookahead into the above 4-bit ALU. Show the modified hardware. CPEG 312/510 Assignment #4 Problem #1: This problem involves the design of a bit sliced ALU (Arithmetic and Logic Unit). The ALU is capable of several Arithmetic and logic functions, depending on the select code. function Complement A Add A, B linzi ALU BIT SLICE lin A-B SzSSo 000 001 010 011 100 | 101 110 111 Out... (ith module) Out! Shift A left Shift A right A and B A xor B A or B Out Step 1: Complete the following table. Out.. Out Outi. A (Ai e Bi) linu 1+AiBi Ai Bielin1 S.SSO 000 001 010 011 100 101 110 111 Step 2: Show hardware interconnections of one ALU BIT SLICE. Step 3: Show module interconnections for a 4-bit ALU. D) Incorporate the Carry Lookahead Adder into the above 4-bit ALU. Show the modified hardware c) Incorporate the Comparator with Lookahead into the above 4-bit ALU. Show the modified hardware