In this work we propose a conceptual framework in which a large alphabet memory less source is decomposed into multiple 'as independent as possible' sources.
Universal Compression of Memoryless Sources over Large ...
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This paper describes a method for recognizing real three-dimensional objects in non-controlled backgrounds using independent component analysis to eliminate ...
Jul 6, 2015 · Many applications of universal compression involve sources such as text, speech and image, whose alphabet is extremely large. In this work ...
This work proposes a conceptual framework in which a large alphabet memory less source is decomposed into multiple 'as independent as possible' sources ...
Many applications of universal compression involve sources such as text, speech and image, whose alphabet is extremely large. In this work we propose a ...
Many applications of universal compression involve sources such as text, speech and image, whose alphabet is extremely large. In this work we propose a ...
Bibliographic details on Universal Compression of Memoryless Sources over Large Alphabets via Independent Component Analysis.
Faced with Kieffer's impossibility results, subsequent universal compression work has typically avoided general distributions over large alphabets. On the ...
Missing: via Component
A lower bound on compression of unknown alphabets. Many applications call for universal compression of strings over large, possibly infinite, alphabets.
Jul 24, 2016 · Abstract. Large alphabet source coding is a basic and well–studied problem in data compression. It has many applications such as.