the finite-precision vs of fixed length codes

Question

A complete search of the internet has found these results:

the finite-precision is the most popular phrase on the web.

Some examples from the web:

... the finite precision loophole of Meyer, Kent and Clifton. In this paper I show that the finite precision loophole does not apply to the Conway–Kochen Theorem.
Apr 8, 2014 ... ... loophole of Meyer, Kent and Clifton. In this paper I show that the finite precision loophole does not apply to the Conway-Kochen Theorem.
and the actual difference between the real and the finite precision values. The right-hand side or the left-hand side will be more accurate in different cases,.
An accurate analysis of the finite precision error in the. FAEST-Sp and the Fast Transversal Algorithm (FTF) is undertaken here, on the basis of an entirely new.

Some examples from the web:

Truncated binary encoding is a straightforward generalization of fixed-length codes to deal with cases where the number of symbols n is not a power of two.
Perhaps the main disadvantage of fixed length codes is that source symbols that are used frequently have codes as long as source symbols that are used.
the use of fixed length codes, achieving compression by using variable ... a framework of fixed length codes without reverting to the original encodings based on.
advocating again the use of fixed length codes. To still get reasonable compression, the elements to be encoded, rather than the codewords, will be of variable ...

Answer 1

More popular!

the finite-precision

3,990 results on the web

Answer 2

223 results on the web