Design a general-purpose processor that implements the following instruction set: MOVMR direct, Rm; % M[direct] = Rm SUBRMR Rn, direct, Rm; % Rn = M[direct] - Rm; ADDMMR direct1, direct2, Rn; % M[direct1] = M[direct2] + Rn a. Define instruction fields and their sizes, IR aliases, and registers and memory size declarations. (3 points) b. Design the processors datapath. Specify the size of each connection/port. (5 points) c. Design the controller FSM. (4 points) Only design the processor for the instruction set given above. Do NOT include any functional units and/or connections that are not related to the execution of the above given instructions.

QUESTION 2 (12 marks) Design a general-purpose processor that implements the following instruction set: MOVMR direct, Rm; SUBRMR Rn, direct, Rm; ADDMMR direct1, direct2, Rn; % M[direct] = Rm % Rn = M[direct] - Rm; % M[direct1] = M[direct2] + Rn a. Define instruction fields and their sizes, IR aliases, and registers and memory size declarations. (3 points) b. Design the processor's datapath. Specify the size of each connection/port. (5 points) C. Design the controller FSM. (4 points) Only design the processor for the instruction set given above. Do NOT include any functional units and/or connections that are not related to the execution of the above given instructions. QUESTION 2 (12 marks) Design a general-purpose processor that implements the following instruction set: MOVMR direct, Rm; SUBRMR Rn, direct, Rm; ADDMMR direct1, direct2, Rn; % M[direct] = Rm % Rn = M[direct] - Rm; % M[direct1] = M[direct2] + Rn a. Define instruction fields and their sizes, IR aliases, and registers and memory size declarations. (3 points) b. Design the processor's datapath. Specify the size of each connection/port. (5 points) C. Design the controller FSM. (4 points) Only design the processor for the instruction set given above. Do NOT include any functional units and/or connections that are not related to the execution of the above given instructions