Consider the following floating point representation where each number has 2 exponent bits and 5 fraction bits. The exponent bias is 1. Round each number to have 3 fraction bits. Apply round-to-even and round-toward-zero modes. a. 1 10 11100 b. 0 00 00101 c. 1 01 10101 i. Can you see a pattern for rounding floating point numbers when the number of exponent bits are intact?
Consider the following floating point representation where each number has 2 exponent bits and 5 fraction bits. The exponent bias is 1. Round each number to have 3 fraction bits. Apply round-to-even and round-toward-zero modes. a. 1 10 11100 b. 0 00 00101 c. 1 01 10101 i. Can you see a pattern for rounding floating point numbers when the number of exponent bits are intact?
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Question
Consider the following floating point representation where each number has 2
exponent bits and 5 fraction bits. The exponent bias is 1. Round each number to
have 3 fraction bits. Apply round-to-even and round-toward-zero modes.
a. 1 10 11100
b. 0 00 00101
c. 1 01 10101
i. Can you see a pattern for rounding floating point numbers when the
number of exponent bits are intact?
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