Development of the algorithm of visualization of transformation of the binary code to the binary refreksivny code heating and the return transformation
The 21st century - a century of information technologies. It is impossible to be imagined life without various electric devices. The binary numeral system is the cornerstone of many of them. It is connected with the fact that it is easy to present binary system in the form of two signals in an electric chain - current is (logical "1") or there is no current (logical "0"). The binary numeral system belongs to position numeral systems. It has the merits and demerits. One of the main shortcomings of use of a binary numeral system of electric systems is a neodnoshagovost, that is upon transition from one number to another several bits of information change. A solution is application of a binary reflexive code of Gray. It is necessary to understand a numeral system in which two next values differ only in one category as Gray's code. Gray's codes there is an infinite set, it is connected with the fact that he can be based on a numeral system with any basis. Generally understand binary reflexive code of Gray as the term "Gray's code". Reflexivity is understood as property of specular reflection of a code relatively about. In this article creation of the visualizing algorithm of transformation of a binary code to a binary reflexive code of Gray and the return transformation is considered.