If you could do just one instruction for an example, it would be helpful. AND would be cool.

HW #02 ALU design CpE-310 Do this in some nice looking drawing package using gate level design. i.e. show gates! Logioc diagrams, NOT wiring diagrams. I would again suggest that you maybe use ALTERA's Quartus-II software (WINDOWS only). I have been using draw.io which I think is awesome on the MAC. VISIO is probably another good choice on WINDOWS You now have designed one 4-bit register. Your initial ALU design will have the following instructions ADD NOT AND OR We may add more instructions later in the semester. Hints: What are the inputs of this block? What are the outputs of this block? Are there any timing controls necessary? Turn in a ipg or other easily read picture of your complete design. Assume that the ALU is fed by two 4-bit registers, TempA and TempB. Assume the output feeds another register we will call the 4-bit Accumulator. TEMP B TEMP A Load TEMP A Load TEMP B AND NOT ALU Accumulator Load ACC HW #02 ALU design CpE-310 Do this in some nice looking drawing package using gate level design. i.e. show gates! Logioc diagrams, NOT wiring diagrams. I would again suggest that you maybe use ALTERA's Quartus-II software (WINDOWS only). I have been using draw.io which I think is awesome on the MAC. VISIO is probably another good choice on WINDOWS You now have designed one 4-bit register. Your initial ALU design will have the following instructions ADD NOT AND OR We may add more instructions later in the semester. Hints: What are the inputs of this block? What are the outputs of this block? Are there any timing controls necessary? Turn in a ipg or other easily read picture of your complete design. Assume that the ALU is fed by two 4-bit registers, TempA and TempB. Assume the output feeds another register we will call the 4-bit Accumulator. TEMP B TEMP A Load TEMP A Load TEMP B AND NOT ALU Accumulator Load ACC