libfec 1.0+20161003-4 source package in Ubuntu

Changelog

libfec (1.0+20161003-4) unstable; urgency=medium

  * Disable more power-specific code.
  * Make i386-specific symbols any-i386.

 -- Christoph Berg <email address hidden>  Fri, 24 Jan 2020 10:01:56 +0100

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Uploaded by:
Debian Hamradio Maintainers
Uploaded to:
Sid
Original maintainer:
Debian Hamradio Maintainers
Architectures:
any
Section:
misc
Urgency:
Medium Urgency

See full publishing history Publishing

Series Pocket Published Component Section
Jammy release universe misc
Focal release universe misc

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File Size SHA-256 Checksum
libfec_1.0+20161003-4.dsc 2.0 KiB d5ff71cb97780bea1df03653268130e2a1674e857e78318c4a9e3eabe441217d
libfec_1.0+20161003.orig.tar.gz 129.8 KiB ded8df064d501cae253e3fafe902c4405536ed9067517b213d237c47685d5868
libfec_1.0+20161003-4.debian.tar.xz 4.9 KiB 5b5236c14dc5777ff82bf6da09813304473c912e96b908c3aa96ba6a3143ab66

Available diffs

No changes file available.

Binary packages built by this source

libfec-dev: forward error correction (FEC) algorithms - header files

 This package provides a set of functions that implement several popular
 forward error correction (FEC) algorithms and several low-level routines
 useful in modems implemented with digital signal processing (DSP).
 .
 The following routines are provided:
  1. Viterbi decoders for the following convolutional codes:
   r=1/2 k=7 ("Voyager" code, now a widely used industry standard)
   r=1/2 k=9 (Used on the IS-95 CDMA forward link)
   r=1/6 k=15 ("Cassini" code, used by several NASA/JPL deep space missions)
  2. Reed-Solomon encoders and decoders for any user-specified code.
  3. Optimized encoder and decoder for the CCSDS-standard (255,223)
   Reed-Solomon code, with and without the CCSDS-standard "dual basis" symbol
   representation.
  4. Compute dot product between a 16-bit buffer and a set of 16-bit
   coefficients. This is the basic DSP primitive for digital filtering and
   correlation.
  4. Compute sum of squares of a buffer of 16-bit signed integers. This is
   useful in DSP for finding the total energy in a signal.
  5. Find peak value in a buffer of 16-bit signed integers, useful for
   scaling a signal to prevent overflow.
 .
 This package automatically makes use of various SIMD (Single Instruction
 stream, Multiple Data stream) instruction sets, when available: MMX, SSE and
 SSE2 on the IA-32 (Intel) architecture, and Altivec on the PowerPC G4 and G5
 used by Power Macintoshes.

libfec0: forward error correction (FEC) algorithms

 This package provides a set of functions that implement several popular
 forward error correction (FEC) algorithms and several low-level routines
 useful in modems implemented with digital signal processing (DSP).
 .
 The following routines are provided:
  1. Viterbi decoders for the following convolutional codes:
   r=1/2 k=7 ("Voyager" code, now a widely used industry standard)
   r=1/2 k=9 (Used on the IS-95 CDMA forward link)
   r=1/6 k=15 ("Cassini" code, used by several NASA/JPL deep space missions)
  2. Reed-Solomon encoders and decoders for any user-specified code.
  3. Optimized encoder and decoder for the CCSDS-standard (255,223)
   Reed-Solomon code, with and without the CCSDS-standard "dual basis" symbol
   representation.
  4. Compute dot product between a 16-bit buffer and a set of 16-bit
   coefficients. This is the basic DSP primitive for digital filtering and
   correlation.
  4. Compute sum of squares of a buffer of 16-bit signed integers. This is
   useful in DSP for finding the total energy in a signal.
  5. Find peak value in a buffer of 16-bit signed integers, useful for
   scaling a signal to prevent overflow.
 .
 This package automatically makes use of various SIMD (Single Instruction
 stream, Multiple Data stream) instruction sets, when available: MMX, SSE and
 SSE2 on the IA-32 (Intel) architecture, and Altivec on the PowerPC G4 and G5
 used by Power Macintoshes.

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