comp.compression

• Thread Index

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• Re: The core of the method examined
  • From: Einstein
• Re: Entropy very close to maximum
  • From: Apo
• Re: Still no word on what counting arg says about 2^n->2^n mutual information
  • From: jacko
• Re: Still no word on what counting arg says about 2^n->2^n mutual information
  • From: jacko
• Re: Still no word on what counting arg says about 2^n->2^n mutual information
  • From: Thomas Richter
• Re: Still no word on what counting arg says about 2^n->2^n mutual information
  • From: jacko
• Entropy very close to maximum
  • From: Apo
• Re: Still no word on what counting arg says about 2^n->2^n mutual information
  • From: Thomas Richter
• Re: Still no word on what counting arg says about 2^n->2^n mutual information
  • From: Thomas Richter
• Re: The core of the method examined
  • From: Sportman
• Re: The core of the method examined
  • From: Einstein
• Re: The core of the method examined
  • From: Einstein
• Re: The core of the method examined
  • From: Sportman
• Re: Still no word on what counting arg says about 2^n->2^n mutual information
  • From: jacko
• Re: Still no word on what counting arg says about 2^n->2^n mutual information
  • From: Einstein
• Re: Still no word on what counting arg says about 2^n->2^n mutual information
  • From: Industrial One
• Re: Still no word on what counting arg says about 2^n->2^n mutual information
  • From: jacko
• Re: The core of the method examined
  • From: Phil Carmody
• Re: The core of the method examined
  • From: spamtrap
• Re: The core of the method examined
  • From: earlcolby . pottinger
• Re: The core of the method examined
  • From: Einstein
• Re: The core of the method examined
  • From: Thomas Richter
• Re: Still no word on what counting arg says about 2^n->2^n mutual information
  • From: jacko
• Re: Still no word on what counting arg says about 2^n->2^n mutual information
  • From: Thomas Richter
• Re: The core of the method examined
  • From: Einstein
• Still no word on what counting arg says about 2^n->2^n mutual information
  • From: jacko
• Re: Pete's Really Intensive Compression Kaper
  • From: jacko
• Re: Pete's Really Intensive Compression Kaper
  • From: MailTo . Andreas . Hansen
• Re: Pete's Really Intensive Compression Kaper
  • From: jacko
• Re: The core of the method examined
  • From: Phil Carmody
• Re: Pete's Really Intensive Compression Kaper
  • From: MailTo . Andreas . Hansen
• Re: The core of the method examined
  • From: stan
• Re: The core of the method examined
  • From: Sportman
• Re: The core of the method examined
  • From: Apo
• Re: The core of the method examined
  • From: mdsherry
• Re: The core of the method examined
  • From: Einstein
• Re: The core of the method examined
  • From: Einstein
• Re: The core of the method examined
  • From: Einstein
• Re: The core of the method examined
  • From: mdsherry
• Re: The core of the method examined
  • From: Einstein
• Re: The core of the method examined
  • From: biject
• Re: The core of the method examined
  • From: Einstein
• Re: The core of the method examined
  • From: mdsherry
• Re: The core of the method examined
  • From: biject
• Re: The core of the method examined
  • From: biject
• Re: The core of the method examined
  • From: Einstein
• The core of the method examined
  • From: Einstein
• Re: The Harrington Compression Method (HCM) White Paper.
  • From: earlcolby . pottinger
• Re: The Harrington Compression Method (HCM) White Paper.
  • From: Apo
• Re: How to tell when your great compression idea has gone bad
  • From: Jim Leonard
• Re: Shannon's paper, and H as a lower bound on average code length.
  • From: Thomas Richter
• HCM BLACK PAPER
  • From: biject
• Re: Shannon's paper, and H as a lower bound on average code length.
  • From: jacko
• Re: Zero motion vector Inter prediction in H264
  • From: dipumisc
• Re: Shannon's paper, and H as a lower bound on average code length.
  • From: John
• Re: De-fading audio
  • From: Industrial One
• Re: The Harrington Compression Method (HCM) White Paper.
  • From: Einstein
• Re: The Harrington Compression Method (HCM) White Paper.
  • From: Willem
• Re: The Harrington Compression Method (HCM) White Paper.
  • From: stan
• Re: The Harrington Compression Method (HCM) White Paper.
  • From: Einstein
• Re: The Harrington Compression Method (HCM) White Paper.
  • From: stan
• Re: De-fading audio
  • From: Serge Auckland
• Re: Next set of vetting
  • From: Mark Nelson
• Re: Next set of vetting
  • From: Thomas Richter
• Re: Next set of vetting
  • From: Willem
• Re: Next set of vetting
  • From: Thomas Richter
• Re: Next set of vetting
  • From: Einstein
• Next set of vetting
  • From: Einstein
• Re: A new thing, Peer review time
  • From: Einstein
• Re: A new thing, Peer review time
  • From: earlcolby . pottinger
• Re: Preliminary vetting
  • From: Fibonacci Code
• Re: A new thing, Peer review time
  • From: Einstein
• Re: Zero motion vector Inter prediction in H264
  • From: ali786sa
• Re: Shannon's paper, and H as a lower bound on average code length.
  • From: Thomas Richter
• Re: A new thing, Peer review time
  • From: Einstein
• Re: A new thing, Peer review time
  • From: earlcolby . pottinger
• Re: A new thing, Peer review time
  • From: earlcolby . pottinger
• Re: A new thing, Peer review time
  • From: Einstein
• Re: How to tell when your great compression idea has gone bad
  • From: Sportman
• Re: How to tell when your great compression idea has gone bad
  • From: Mark Adler
• Re: Preliminary vetting
  • From: Einstein
• Re: How to tell when your great compression idea has gone bad
  • From: Mark Nelson
• Re: Preliminary vetting
  • From: biject
• Re: Preliminary vetting
  • From: Einstein
• Re: Preliminary vetting
  • From: Harold Aptroot
• Preliminary vetting
  • From: Einstein
• Re: Zero motion vector Inter prediction in H264
  • From: Industrial One
• Re: How to tell when your great compression idea has gone bad
  • From: Einstein
• Re: How to tell when your great compression idea has gone bad
  • From: stan
• Re: Shannon's paper, and H as a lower bound on average code length.
  • From: jacko
• Re: A new thing, Peer review time
  • From: biject
• Re: How to tell when your great compression idea has gone bad
  • From: Einstein
• Re: A new thing, Peer review time
  • From: Apo
• Re: Shannon's paper, and H as a lower bound on average code length.
  • From: John
• Re: Shannon's paper, and H as a lower bound on average code length.
  • From: biject
• Re: How to tell when your great compression idea has gone bad
  • From: Jim Leonard
• Re: Shannon's paper, and H as a lower bound on average code length.
  • From: Einstein
• Re: How to tell when your great compression idea has gone bad
  • From: Sportman
• Re: Shannon's paper, and H as a lower bound on average code length.
  • From: jacko
• Re: Shannon's paper, and H as a lower bound on average code length.
  • From: John
• How to tell when your great compression idea has gone bad
  • From: Mark Nelson
• Re: Zero motion vector Inter prediction in H264
  • From: George Johnson
• Re: XDepth® High Dynamic Range Video Compression Technology on the Market
  • From: Industrial One
• Does PKZIP use zlib?
  • From: byaarov
• Re: XDepth® High Dynamic Range Video Compression Technology on the Market
  • From: Trellis Management
• Re: XDepth® High Dynamic Range Video Compression Technology on the Market
  • From: George Johnson
• Re: XDepth® High Dynamic Range Video Compression Technology on the Market
  • From: George Johnson
• Re: XDepth® High Dynamic Range Video Compression Technology on the Market
  • From: George Johnson
• Re: A new thing, Peer review time
  • From: jacko
• Re: XDepth® High Dynamic Range Video Compression Technology on the Market
  • From: Trellis Management
• Re: A new thing, Peer review time
  • From: Einstein
• A new thing, Peer review time
  • From: Einstein
• Re: XDepth® High Dynamic Range Video Compression Technology on the Market
  • From: Harold Aptroot
• Re: XDepth® High Dynamic Range Video Compression Technology on the Market
  • From: Trellis Management
• Re: XDepth® High Dynamic Range Video Compression Technology on the Market
  • From: Industrial One
• Re: XDepth® High Dynamic Range Video Compression Technology on the Market
  • From: Trellis Management
• Re: XDepth® High Dynamic Range Video Compression Technology on the Market
  • From: Industrial One
• XDepth® High Dynamic Range Video Compression Technology on the Market
  • From: Trellis Management
• BWTS in openbwt library of Yuta Mori
  • From: biject
• Re: Questions regarding compression statistics
  • From: Einstein
• Re: Questions regarding compression statistics
  • From: biject
• Re: Questions regarding compression statistics
  • From: Einstein
• Re: Questions regarding compression statistics
  • From: Einstein
• Re: Questions regarding compression statistics
  • From: biject
• Re: Questions regarding compression statistics
  • From: Einstein
• Re: Questions regarding compression statistics
  • From: biject
• Questions regarding compression statistics
  • From: Einstein
• Re: Arithmetic coding and continued fractions
  • From: jacko
• Re: Arithmetic coding and continued fractions
  • From: Thomas Richter
• OT
  • From: Industrial One
• Re: Arithmetic coding and continued fractions
  • From: jacko
• Re: Shannon's paper, and H as a lower bound on average code length.
  • From: jacko
• Re: ljpeg-patch.v6b.tar.gz
  • From: paul van den berg
• Re: Shannon's paper, and H as a lower bound on average code length.
  • From: Thomas Richter
• Shannon's paper, and H as a lower bound on average code length.
  • From: John
• BWTS in openbwt library
  • From: biject
• Re: A High-Speed Compressor for Double-Precision Floating-Point Data
  • From: Mark Nelson
• Re: Arithmetic coding and continued fractions
  • From: biject
• Re: Arithmetic coding and continued fractions
  • From: Thomas Richter
• Re: Arithmetic coding and continued fractions
  • From: biject
• Arithmetic coding and continued fractions
  • From: Eric Bodden
• Re: A High-Speed Compressor for Double-Precision Floating-Point Data
  • From: Jacek Wawrzaszek
• Re: FPC: A High-Speed Compressor for Double-Precision Floating-Point Data
  • From: spamtrap
• Re: Detecting broken JPEG files
  • From: mathieu
• Re: ljpeg-patch.v6b.tar.gz
  • From: Thomas Richter
• Detecting broken JPEG files
  • From: mathieu
• Re: ljpeg-patch.v6b.tar.gz
  • From: mathieu
• Re: FPC: A High-Speed Compressor for Double-Precision Floating-Point Data
  • From: Thomas Richter
• Re: ljpeg-patch.v6b.tar.gz
  • From: Thomas Richter
• Re: FPC: A High-Speed Compressor for Double-Precision Floating-Point Data
  • From: spamtrap
• Re: FPC: A High-Speed Compressor for Double-Precision Floating-Point Data
  • From: spamtrap
• FPC: A High-Speed Compressor for Double-Precision Floating-Point Data
  • From: Mark Nelson
• Re: questions about using datatypes
  • From: biject
• Re: questions about using datatypes
  • From: Willem
• Re: questions about using datatypes
  • From: Phil Carmody
• Re: questions about using datatypes
  • From: Lazyworm
• Re: questions about using datatypes
  • From: Lazyworm
• Re: questions about using datatypes
  • From: biject
• Re: questions about using datatypes
  • From: Willem
• questions about using datatypes
  • From: Lazyworm
• Re: ljpeg-patch.v6b.tar.gz
  • From: mathieu
• Re: ljpeg-patch.v6b.tar.gz
  • From: mathieu
• ljpeg-patch.v6b.tar.gz
  • From: mathieu
• Re: Help with C# call into Info-Zip, unzip32.dll.
  • From: JimS
• Re: Help with C# call into Info-Zip, unzip32.dll.
  • From: Harold Aptroot
• Help with C# call into Info-Zip, unzip32.dll.
  • From: RadioJockey
• need help
  • From: keinlezard
• Re: What's up with Elecard?
  • From: Industrial One
• Re: Where can I download 8 standard testing images for lossless compressions
  • From: Weng Tianxiang
• What's up with Elecard?
  • From: Pete Fraser
• Re: Where can I download 8 standard testing images for lossless compressions
  • From: spamtrap
• Re: Where can I download 8 standard testing images for lossless compressions
  • From: Weng Tianxiang
• Re: Where can I download 8 standard testing images for lossless compressions
  • From: spamtrap
• Re: Where can I download 8 standard testing images for lossless compressions
  • From: Weng Tianxiang
• Re: Code repesentation an phonic namonic shifting of I
  • From: jacko
• Re: Where can I download 8 standard testing images for lossless compressions
  • From: spamtrap
• Re: Code repesentation an phonic namonic shifting of I
  • From: Jim Leonard
• Where can I download 8 standard testing images for lossless compressions
  • From: Weng Tianxiang
• Re: Code repesentation an phonic namonic shifting of I
  • From: jacko
• Code repesentation an phonic namonic shifting of I
  • From: jacko

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newsgroups.derkeiler.com  > Archive  > Comp  > comp.compression  > 2008-08