how to convert complex numbers to binary bits
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u = -32.0000000000000 - 34.0000000000000i -32.0000000000000 - 34.0000000000000i -32.0000000000000 - 34.0000000000000i -32.0000000000000 - 34.0000000000000i -32.0000000000000 - 34.0000000000000i -32.0000000000000 - 34.0000000000000i -32.0000000000000 - 34.0000000000000i -32.0000000000000 - 34.0000000000000i -32.0000000000000 - 34.0000000000000i -32.0000000000000 - 34.0000000000000i -32.0000000000000 - 34.0000000000000i -32.0000000000000 - 34.0000000000000i -32.0000000000000 - 34.0000000000000i -32.0000000000000 - 34.0000000000000i -32.0000000000000 - 34.0000000000000i -32.0000000000000 - 34.0000000000000i -32.0000000000000 - 34.0000000000000i -32.0000000000000 - 34.0000000000000i -32.0000000000000 - 34.0000000000000i -32.0000000000000 - 34.0000000000000i -4.26082674233213 - 46.9096123019090i -4.26082674233213 - 46.9096123019090i -4.26082674233213 - 46.9096123019090i -4.26082674233213 - 46.9096123019090i -4.26082674233213 - 46.9096123019090i
size of u 81921 X 1
i need u of same size as binary bits
4 个评论
dpb
2015-1-2
For what purpose? Some proprietary floating point representation or what?
Jan
2015-1-2
What exactly are "binary bits"? Everything is stored in bits inside a computer. So what do you actually need?
ashok
2015-1-6
dpb
2015-1-6
No idea what you're asking for...give an example of what you think an input and output should be.
采纳的回答
This is a topic that has been discussed before on MATLAB Answers, and even some other forums:
Although it is important to note that the problem is ill-defined, because "There is no one right answer on how to represent a fractional number in binary" (quoted from Peter at the last link).
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