Logarex: Difference between revisions

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Logarex is a Logarithmic Data Compression System protected by patent US6400293B1, titled "System for encoding data," refers to a patented data compression system that significantly reduces the size of large digit strings without any loss of original data. This system finds its application across various fields that require efficient handling and transmission of large volumes of data, such as textual, numerical, audio, or video data, where maintaining the integrity of the data is essential. The patent was filed by Ric B. Richardson, an individual inventor, with its application submitted on December 20, 1999, and the patent granted on June 4, 2002.
Logarex is a Logarithmic Data Compression System protected by patent US6400293B1, titled "System for encoding data," refers to a patented data compression system that significantly reduces the size of large digit strings without any loss of original data. This system finds its application across various fields that require efficient handling and transmission of large volumes of data, such as textual, numerical, audio, or video data, where maintaining the integrity of the data is essential. The patent was filed by Ric B. Richardson, an individual inventor, with its application submitted on December 20, 1999, and the patent granted on June 4, 2002.


<nowiki>##</nowiki> Description
##Description##


The core of US6400293B1 lies in its unique approach to data compression, which is achieved through a combination of a number parser, a logarithmic converter, and a compiler. The system operates by breaking down a large field of digits into multiple smaller strings, each containing a fixed number of digits. These strings are then compressed logarithmically to reduce their size significantly. Finally, the compressed strings are compiled back into a new field of digits, effectively reducing the overall size of the original data field.
The core of US6400293B1 lies in its unique approach to data compression, which is achieved through a combination of a number parser, a logarithmic converter, and a compiler. The system operates by breaking down a large field of digits into multiple smaller strings, each containing a fixed number of digits. These strings are then compressed logarithmically to reduce their size significantly. Finally, the compressed strings are compiled back into a new field of digits, effectively reducing the overall size of the original data field.
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