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108年 - 108 國立中山大學_碩士班招生考試_資工系(甲、乙組):計算機結構#105762
> 申論題
5.2 What is control hazard? Propose a method to improve the performance degradation due to control hazard.
相關申論題
1.1 What is the binary representation of zero in the singie-precision format? Express your ans using binary format similar to x_xoxooooz xcxcocxxxxcxxc xxxexxrxrr where x is eit ither O or 1.
#450165
1.2 What is the binary represent ntation of the decimal value -0.5 in single precision format?
#450166
1.3 What is the maximum magnitude of ordinary numbers (i.e, excluding intinity, NaN, and subnormal numbers) in single precision floating-point representation? Express your answer in format of x.xx.ㆍㆍㆍxx× where x ∈ (0,IJ and e is the decimal value of the exponent.
#450167
1.4 What is the minimum magnitude of ordinary numbers (i.e, other than zero) in single precision foating-point representation? Express your answer in format of x..cx---xx× where x∈ (0,1) and e is the decimal value of the exponent.
#450168
1.5 What is the minimum magnitude of subnormal numbers in single precision floating-point represcntation? Express your answer in format of x..xx...xx× where x ∈ [0,1J and e is the decimal value of the exponent.
#450169
1.6 What is the representable range of the single-precision floating-point numbers?
#450170
1.7 Is the distance between two neighboring singlo-precision foating-point numbers the same?
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1.8 For a 32-bit two's complement signed fixed-point rep presentation with 16 integer bits and 16 fractional bits, is the distance between two neighboring numbers the same? Why?
#450172
1.9 Continued with the previous 32-bit signed fixed-point representation, what is the representable range of the 32-bit signed fixed-point format?
#450173
1.10 In general, addition of two 32-bit fixed-point numbers can be finished in one clock cycle. However, addition of two single-precision floating-point numbers usually takes more than one clock cycle. Why? Hint: explain using the operations involved in floating-point addition/subtraction. Why?
#450174
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