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| Computers Forum Index » Computer Compression » 'THE' PROOF & NEW CHALLENGE : beyond... |
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| LawCounsels... |
 Posted: Sun Sep 13, 2009 10:04 am |
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Guest
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All :
here is the proof : AMillionRandomDigits.bin (406KB) has now been
reduced represented by hundreds of bytes ( in a series of straight
forward split smaller blocks around 50-60KB each )
attach one of the blocks ( 1st 59,897 bytes, exact verbatim from
AMillionRandomDigits.bin ), of block size 59,897 bytes reduced
represented by 59,864 bytes output Index.ind ( 33 bytes less ) from
which lossless reconstructed back into exact same verbatim 59,897
bytes : http://www.box.net/shared/static/z9g07upfdk.zip
decompressor now being separated from compressor , and will be
available to all ASAP.
To test confirm pls email me any of your very own random created
constructed file, to return compressed invariable smaller file to
reconstruct very same original OR post link to your created file on
this forum to public test confirm
To quote Mark Nelson , pre-eminent data representations practitioner
( contributing editor to Dr Dobb’s Journal & Textbooks author ) :
"The man-hours wasted on comp.compression arguing about magic
compressors is now approaching that of the Manhattan Project.
The easiest way to foil most compressors is with a so-called “Random
File”.
How does it work? I took a well-known file of random digits created by
the RAND group (no doubt at taxpayer expense), and converted that file
into binary format, which squeezed out all the representational fluff.
The result was AMillionRandomDigits.bin, 415,241 bytes of
incompressible, dense data.
Really, the only rule we need is that the executable program can’t
have free access to a copy of the million random digits file. For
example, you can’t create a new programming language called JG++ that
includes a copy of this file in its Run Time library. You can’t hide
the digits in file names. And so on.
As long as those rules are obeyed, the challenge will never be met "
more to come ....
Kind Regards
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