: The following code is to be executed on a processor with 32 architectural registers. The processor is able to issue instructions out-of-order. The processor is a single View
: Given a 3-wide in-order processor, draw the optimal pipeline diagram and answer question 6-9, showing for each instruction, what stage of the pipeline it is in for each cycle for the execution of the code sequence below. Assume full bypassing of values from the respective instruction completion stage to the Decode stage. View
: Use the following architecture for questions 10-14: Draw the optimal pipeline diagram for the following code executing on the IO3 processor from lecture as shown below and answer questions 10-14. View
: Which instructions spend multiple cycles waiting to commit after being written back into the ROB? Select all that apply View
: Use the following architecture for questions 6-9: Given a 3-wide in-order processor, draw the optimal pipeline diagram and answer question 6-9, showing for each instruction, what stage of the pipeline it is in for each cycle for the execution of the code sequence below. View
: Use the following architecture for questions 6-9: Given a 3-wide in-order processor, draw the optimal pipeline diagram and answer question 6-9, showing for each instruction, what stage of the pipeline it is in for each cycle for the execution of the code sequence below. View
: Given a 3-wide in-order processor, draw the optimal pipeline diagram and answer question 6-9, showing for each instruction, what stage of the pipeline it is in for each cycle for the execution of the code sequence below. Assume full bypassing of values from the respective instruction completion stage to the Decode stage. Assume that pipeline X can execute branches and ALU operations, pipeline Y can excute loads, stores, and ALU operations, and View
: In a pipelined processor, a single instruction takes the following synchronous exceptions (interrupts): Divide-by-Zero fault and Invalid Opcode. What should the interrupt cause be loaded with? View
