(Enter summary)
Abstract: We propose a non-transform image compression scheme based on approximate pattern
matching, that we name Pattern Matching Image Compression (PMIC). The main idea behind
it is a lossy extension of the Lempel-Ziv data compression scheme in which one searches
for the longest prefix of an uncompressed image that approximately (e.g., D% of mismatches
are allowed) occurs in the already processed image. This main algorithm is enhanced with
several new features such as searching for reverse approximate... (Update)
Context of citations to this paper: More
.... have introduced extensions of the Lempel Ziv algorithm for lossy image compression, and, more recently, Szpankowski and his collaborators [2][1] have developed numerous practical algorithms for image and video compression, producing extensive experimental results that...
...also be extremely slow. In terms of practical algorithms, the utility of pattern matching base methods has been extensively studied; see [5][1] and the references therein. A di erent approach to using pattern matching for adaptive lossy compression was introduced in [95] 96]...
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BibTeX entry: (Update)
M. Atallah, Y. Genin, and W. Szpankowski, Pattern Matching Image Compression: Algorithmic and Empirical Results, http://citeseer.ist.psu.edu/article/atallah95pattern.html More
@article{ atallah99pattern,
author = "Mikhail J. Atallah and Yann Genin and Wojciech Szpankowski",
title = "Pattern Matching Image Compression: Algorithmic and Empirical Results",
journal = "IEEE Transactions on Pattern Analysis and Machine Intelligence",
volume = "21",
number = "7",
pages = "614-627",
year = "1999",
url = "citeseer.ist.psu.edu/article/atallah95pattern.html" }
Citations (may not include all citations):
2003
The Art of Computer Programming (context) - Knuth - 1981
654
Fundamentals of Digital Image Processing (context) - Jain - 1989
458
A Universal Algorithm for Sequential Data Compression
- Ziv, Lempel - 1977
345
Vector Quantization and Signal Compression (context) - Gersho, Gray - 1992
293
Compression of Individual Sequences via Variable-rate Coding
- Ziv, Lempel - 1978
204
Oxford University Press (context) - Crochemore, Rytter et al. - 1995
195
Image Compression Through Wavelet Transform Coding (context) - DeVore, Jawerth et al. - 1992
172
A Space Economical Suffix Tree Construction Algorithm (context) - McCreight - 1976
110
Rate Distortion Theory: A Mathematical Basis for Data Compre.. (context) - Berger - 1971
88
Digital Image Compression Techniques (context) - Rabbani, Jones - 1991
53
Generalized String Matching (context) - Abrahamson - 1987
48
Fractal Image Compression Using Iterated Transforms (context) - Fisher, Jacobs et al. - 1992
45
Visual Perception (context) - Cornsweet - 1970
43
Data Structures and Algorithms for Approximate String Matchi.. (context) - Galil, Giancarlo - 1988
41
Some Asymptotic Properties of the Entropy of a Stationary Er.. (context) - Wyner, Ziv - 1989
35
Line Universal Lossy Data Compression Algorithm via Continuo.. (context) - Zhang, Wei et al.
31
Expected Asymptotic Behaviors (context) - Szpankowski, Suffix et al. - 1993
30
the Performance of Data Compression Algorithms Based upon St.. (context) - Yang, Kieffer - 1995
24
An Algorithm for Source Coding Subject to a Fidelity Criteri.. (context) - Steinberg, Gutman - 1993
21
Self-Alignments in Words and Their Applications
- Apostolico, Szpankowski - 1992
19
A Suboptimal Lossy Data Compression Based in Approximate Pat..
- Luczak, Szpankowski - 1994
13
The Erdos-R'enyi Strong Law for Pattern Matching with Given .. (context) - Arratia, Waterman - 1989
12
A Lossy Data Compression Based on String Matching: Prelimina..
- Luczak, Szpankowski - 1994
10
Simple Universal Lossy Data Compression Schemes Derived From.. (context) - Yang, Kieffer - 1995
10
Distortion-rate Theory for Individual Sequences (context) - Ziv - 1980
10
Lossy Compression with the Lempel-Ziv Algorithm (context) - Finamore, Carvalho et al. - 1993
9
Universal Almost Sure Data Compression (context) - Ornstein, Shields - 1990
6
Asymptotic Properties of algorithms of Data Compression with.. (context) - Koga, Arimoto - 1994
5
A Survey of the Theory of Source Coding with a Fidelity Crit.. (context) - Kieffer - 1993
5
Pattern matching with mismatches: A probabilistic analysis a.. (context) - Atallah, Jacquet et al. - 1992
3
On Approximate String Matching (context) - Sadeh - 1993
3
A Typical Behavior of Some Data Compression Schemes (context) - Szpankowski - 1991
2
Private Correspondence (context) - Kieffer
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