pelo show how can handling is implicated , 3) RISC Slack (2) Accue B . mbly programs for cash ashitesture to implement C=A CAB Where ABC Problem 2 (45 marks) We want to compare the performance of four architectures (1) Stack GPR (Lead Store) and (4) CISC (Memory-Memory) GPR Draw with simple diagrams the architecture of cash b) Winte simple assembly programs for cash are values stored in the memory For dish instruction in the above four programs, compute the Class transfers cost clock cycle (cc), addition: 2 ce, multiplication: 5o. write) 10 cc - Calculate the average CPI for each of the above four architectures Now compute the CPU times of each m am assuming a clock frequency :) Based on the above, classify the architectur s ing register accesses and assuming a clock frequency of IGHE ance from best to worst Problem math ne ag pelo show how can handling is implicated , 3) RISC Slack (2) Accue B . mbly programs for cash ashitesture to implement C=A CAB Where ABC Problem 2 (45 marks) We want to compare the performance of four architectures (1) Stack GPR (Lead Store) and (4) CISC (Memory-Memory) GPR Draw with simple diagrams the architecture of cash b) Winte simple assembly programs for cash are values stored in the memory For dish instruction in the above four programs, compute the Class transfers cost clock cycle (cc), addition: 2 ce, multiplication: 5o. write) 10 cc - Calculate the average CPI for each of the above four architectures Now compute the CPU times of each m am assuming a clock frequency :) Based on the above, classify the architectur s ing register accesses and assuming a clock frequency of IGHE ance from best to worst Problem math ne ag