You are asked to design a system of FP numbers representation (with your own design choices), labeled Custom_FP_48, for which we
have 48 bits at our disposal in order to represent a number, in analogy with the IEEE 754 prototype. You are asked to provide: a) The types for evaluating this number b) The width of representation of these numbers (upper and lower) 6 c) The maximu
1 answer:
Answer:
Check the explanation
Explanation:
The most significant bit is the sign bit (S), with 0 for positive numbers and 1 for negative numbers.
Normalize significand: 1.0 ? |significand| < 2.0
Always has a leading pre-binary-point 1 bit, so no need to represent it explicitly (hidden bit)
The following 9 bits represent exponent (E).(0 TO 511)
E is : actual exponent + Bias
Bias = 255;
The remaining 38 bits represents fraction (F).
Width of representation
smallest value :
Exponent: 000000001 because 000000000 is reserved
actual exponent = 1 – 255 = –254
Fraction: 000…00 \rightarrow significand = 1.0
Kindly check the attached image below to see the concluding solution to the question above.
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