 
DIMACS Working Group Meeting on Data Compression in Networks and Applications
March 18 - 20, 2002
    DIMACS Center, Rutgers University, Piscataway, New Jersey
 
- Organizers:
  
- Adam Buchsbaum, AT&T Labs - Research, alb@research.att.com
  - S. Muthukrishnan, AT&T Labs - Research and Rutgers University, muthu@cs.rutgers.edu
  - Suleyman Cenk Sahinalp, Case Western Reserve University, cenk@eecs.cwru.edu
  - Jim Storer, Brandeis University, storer@cs.brandeis.edu
  - Jeff Vitter, Duke University, jsv@cs.duke.edu
Presented under the auspices of the 
Special Focus on Next Generation Networks Technologies and Applications and the 
Special Focus on Computational Information Theory and Coding.
Recent advances in compression span a wide range of applications. 
Homogeneous data sources invite specific compression methods, such 
as for Java bytecodes, XML data, WWW connectivity graphs, and tables
of transaction data.  WWW infrastructure also benefits from 
compression.  Cache sharing proxies can exploit recent work on 
compressed Bloom filters.  Search engines can extend the idea of 
sketches that work for text files to music data.  Examples also abound in 
more heterogeneous domains, such as database compression, compression of 
biosequences and other biomedical data which are becoming of key importance
in the context of telemedicine.  Additionally, new general compression 
methods are always being developed, in particular those that allow 
indexing over compressed data or error resilience.  The application of 
compression to new domains continues, e.g., the use of multicasting 
to reduce information communicated during parallel and distributed 
computing, and the installation of general compression methods deep 
in the network stack, allowing transparent, stream-level compression,
independent of the application.  Compression also inspires information
theoretic tools for pattern discovery and classification, especially 
for biosequences.
This working group will explore the role of data compression in all
layers of data networks, from the physical layer to the application
and services layers, and address foundations and applied issues, as in
(but not limited to) the examples above.
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Document last modified on January 3, 2002.