Compare different instruction set architectures and especially answer the following questions: Does the ISA describe an...

 

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Compare different instruction set architectures and especially answer the following questions: Does the ISA describe an accumulator, a register, or a stack machine? - Does it describe a CISC or RISC architecture? Are latencies handled by the hardware or are they visible at the ISA level? For example, branch delay slots expose the latencies of branches at the ISA level? - Are conditional branches (compute condition and jump) performed in a single step, or are testing and branching umbundled? that implement the ISA deployed? In enmbedded systems - Where are processors (microcontrollers. communication, multimedia), in servers, in desktop computers? - What are the goals of the architecture? Performance, die area, energy efficiency, code size. How are these goals reflected in the ISA? Compare different instruction set architectures and especially answer the following questions: Does the ISA describe an accumulator, a register, or a stack machine? - Does it describe a CISC or RISC architecture? Are latencies handled by the hardware or are they visible at the ISA level? For example, branch delay slots expose the latencies of branches at the ISA level? - Are conditional branches (compute condition and jump) performed in a single step, or are testing and branching umbundled? that implement the ISA deployed? In enmbedded systems - Where are processors (microcontrollers. communication, multimedia), in servers, in desktop computers? - What are the goals of the architecture? Performance, die area, energy efficiency, code size. How are these goals reflected in the ISA?

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The answer of the questions is as followHope it will helpful for you Answer 1 Here we know that ISA is define as the Instruction Set Architecture that ... View the full answer