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• 【題組】1.6 What is the representable range of the single-precision floating-point numbers?
• 【題組】1.7 Is the distance between two neighboring singlo-precision foating-point numbers the same?
• 【題組】1.8 For a 32-bit two's complement signed fixed-point rep presentation with 16 integer bits
• 【題組】1.9 Continued with the previous 32-bit signed fixed-point representation, what is the representa
• 【題組】1.10 In general, addition of two 32-bit fixed-point numbers can be finished in one clock cycle.H
• 2. 2.1 A processor is busy with computation 40% of aputation 40% of the execution time, and is waiti
• 2.2 If you want to achieve a speedup of 80 for a computation task using 100 processots runningconcur
• 2.3 For an application program running on a multi-processor system with 32 processors, it takes200 n
• 2.4 Assume that 25% operations of a computation task are floating-point operations and averageCPI (c
• 3.A standard pipelined CPU contains five pipeline stages: instruction fetch (IF), instruction decode
• 【題組】3.2 Assume that a computation task contains only 100 instructions and there is no hazard for the
• 【題組】3.3 If we want to reduc ce the pi pipelined stages from 5 to 4 by merging some of the five types
• 【題組】3.4 What is data hazard? Give an assembly language example to show one type of data hazard.
• 【題組】3.5 What is super-pipeline? What are the advantages and disadvantages of super-pipeline design?
• 4.Cache 4.1 How nuny bits in toteal (including the tag bits and vaid bite) are reqvired for dlue tt
• 【題組】4.3 Repeat the above problem for a fully associative cache.
• 【題組】4.4 Compare the advantages and disadvantages of the above three different cache designs. Whichon
• 【題組】4.5 The average mem mory access time (AMAT) per instruction can be expressed asAMAT = time for a
• 【題組】4.6 Assume the miss rate of an instruction cache is 2% and the miss rate of the data cache is 4%
• 【題組】4.7 Suppose that in 1000 memory references, there are 40 misses in the first-level cache and 20m
• 【題組】4.8 Continued with the previous problem, and assuming that there is 1.5 memory references perins
• 5.5.1 What is the advantage of single instruction multiple data (SIMD)? Compare the differencesbetwe
• 5.2 What is control hazard? Propose a method to improve the performance degradation due tocontrol ha
• 5.3 What are the differences of spatial locality and temporal locality during execution ofcomputatio
• 5.4 What is static multiple issue? What is dynamic multiple issue? Compare the differences.