 Announcements |
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BETA Version QccPack-0.56-1 released
2008-03-14 12:05 - QccPack
Main distribution - added the DCT-TCE image coder
Read More »BETA Version QccPack-0.55-1 released
2007-08-29 13:51 - QccPack
Main distribution - module libQccPackHYP has been added for
Read More »
| About QccPack |
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QccPack provides an open-source collection of library routines and utility programs for quantization, compression, and coding of data. QccPack has been written to provide very flexible and general implementations of procedures commonly used in coding and compression applications. QccPack is intended for use in the development of prototypes of coding and compression systems, and in academic research. QccPack includes routines for entropy coding, scalar quantization, vector quantization, and wavelet transforms. Additonally, an open-source implementation of SPIHT is available as an optional module.
| General Information and Resources |
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The following information and resources are available for the general QccPack user:
- Overview
- News
- Documentation
- Publications
- Licensing
- Download
- Mailing lists:
- QccPack-announce—a read-only list for receiving announcements of new releases and other news concerning QccPack
- QccPack-users—a list devoted to general inquiries about and discussions on the usage of QccPack
| Information and Resources for Developers |
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The following resources are available for QccPack developers or potential QccPack developers:
- Source Code—the latest development version of QccPack available via CVS
- QccPack-devel mailing list—a forum for discussion of the development of QccPack; i.e., real nuts-and-bolts kind of things like the writing of source code and documentation. This would be the place to inquire about potential bugs, or to volunteer (hint, hint) your services to implement some feature in QccPack.
- Project Page at SourceForge—the page for the QccPack project maintained by SourceForge
| Acknowledgments |
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A large portion of the QccPack library was written while James E. Fowler held a postdoctoral position at Laboratoire I3S, Université de Nice-Sophia Antipolis, Sophia Antipolis, France, and was based upon work supported by the National Science Foundation under Grant No. INT-9600260. Subsequent support was provided by the National Science Foundation under Grant Nos. ACI-9982344 and CCR-0310864.
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