Jul 5, 2006 · This paper gives some efficient methods to convert (encode) m-ary information sequences into m-ary SPI-balanced codes whose redundancy is equal to roughly ...

codes of Knuth's complementation method [6], [1], [8], [9]. MASCELLA AND TALLINI: EFFICIENT m-Ary BALANCED CODES WHICH ARE INVARIANT UNDER SYMBOL PERMUTATION.

A symbol permutation invariant balanced (SPI-balanced) code over the alphabet /spl Zopf//sub m/ = {0, 1, ..., m - 1} is a block code over /spl Zopf//sub m/ ...

This paper gives some efficient methods to convert (encode) m{\hbox{-}}\rm ary information sequences into m{\hbox{-}}\rm ary SPI-balanced codes whose redundancy ...

Jun 3, 2013 · The paper gives some efficient methods to convert (encode) m-ary information sequences into m-ary SPI-balanced codes whose redundancy is equal ...

The paper gives some efficient methods to convert (encode) m- ary information sequences into m-ary SPI-balanced codes whose redundancy is equal to roughly ...

The paper gives some efficient methods to convert (encode)m-ary information sequences into m-ary SPI-balanced codes whose redundancy is equal to roughly ...

Apr 25, 2024 · Efficient m-Ary Balanced Codes which Are Invariant under Symbol Permutation. IEEE Trans. Computers 55(8): 929-946 (2006). [j10]. view.

Mascella RTallini L(2006)Efficient m-Ary Balanced Codes which Are Invariant under Symbol PermutationIEEE Transactions on Computers10.1109/TC.2006.12455:8 ...

2006: Efficient m-ary balanced codes which are invariant under symbol permutation IEEE Transactions on Computers 55(8): 929-946 · PreviousNext. Quick Search.