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The number of BLEs of an A -operation is equal to the output word size of the corresponding adder.
In terms of arithmetic accuracy, the generated architecture can generally only be configured through the input and output word lengths.
The method is demonstrated for the BP array in the following way: only the most significant bits of the output word are made fault-tolerant.
and perform hard decoding to obtain the decoded output word ĉ[13, 19] ĉ n = 0 ⇐ L Q n > 0 1 ⇐ L Q n < 0. (8).
Modern FPGAs provide methods to implement ternary adders with the same number of slices/ALMs as needed for a two-input adder with equal output word size but with a reduced speed due to a longer critical path [49, 50].
If there is no right shift (r = 0), the output word size is identical to the sum of input word size and the word size needed to represent node value w.
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Voice output words and phrases are associated with each of the symbols.
The adder input and output word-length are equal to.
The different fixed-point specifications are obtained by modifying the adder input and output word-lengths.
If no bit is eliminated during the multiplication, the multiplier output word-length is equal to 32 bits.
For these different applications based on arithmetic operations, the input and the output word-length are fixed to 16 bits.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com