We discuss representations of prefix codes and the corresponding storage space and decoding time requirements. We assume that a dictionary of words to be encoded has been defined and that a prefix code appropriate to the dictionary has been constructed. The encoding operation becomes simple given these assumptions and given an appropriate parsing strategy, therefore we concentrate on decoding. The application which led us to this work constrains the use of internal memory during the decode operation. As a result, we seek a method of decoding which has a small memory requirement
Abstract — In prefix coding over an infinite alphabet, methods that consider specific distributions ...
We construct a transducer for the bidirectional decoding of words encoded by the method introduced b...
Includes bibliographical references (p. 39)Linear block codes are used in modern communication and d...
We discuss representations of prefix codes and the corresponding storage space and decoding time req...
Most of the attention in statistical compression is given to the space used by the compressed sequen...
[[abstract]]This note modifies the data structure developed by Moffat and Turpin [3]. Besides reduci...
This note modifies the data structure developed by Moffat and Turpin [3]. Besides reducing the memor...
For many kinds of prefix-free codes there are efficient and compact alternatives to the traditional ...
Abstract — Huffman coding finds an optimal prefix code for a given probability mass function. Consid...
There are many reasons for decoding a message in both directions. The most important is connected to...
A prefix search returns the strings out of a given collection S that start with a given prefix. Trad...
An algorithm is given for finding the minimum weight extension of a prefix code. The algorithm runs ...
Abstract. In a previous paper [5] a bi-deterministic transducer is defined for the bidirectional dec...
[[abstract]]Given a discrete memoryless source X, it is well known that the expected codeword length...
The classic Hufman Coding Problem of finding a minimum cost prefix-free code is almost completely un...
Abstract — In prefix coding over an infinite alphabet, methods that consider specific distributions ...
We construct a transducer for the bidirectional decoding of words encoded by the method introduced b...
Includes bibliographical references (p. 39)Linear block codes are used in modern communication and d...
We discuss representations of prefix codes and the corresponding storage space and decoding time req...
Most of the attention in statistical compression is given to the space used by the compressed sequen...
[[abstract]]This note modifies the data structure developed by Moffat and Turpin [3]. Besides reduci...
This note modifies the data structure developed by Moffat and Turpin [3]. Besides reducing the memor...
For many kinds of prefix-free codes there are efficient and compact alternatives to the traditional ...
Abstract — Huffman coding finds an optimal prefix code for a given probability mass function. Consid...
There are many reasons for decoding a message in both directions. The most important is connected to...
A prefix search returns the strings out of a given collection S that start with a given prefix. Trad...
An algorithm is given for finding the minimum weight extension of a prefix code. The algorithm runs ...
Abstract. In a previous paper [5] a bi-deterministic transducer is defined for the bidirectional dec...
[[abstract]]Given a discrete memoryless source X, it is well known that the expected codeword length...
The classic Hufman Coding Problem of finding a minimum cost prefix-free code is almost completely un...
Abstract — In prefix coding over an infinite alphabet, methods that consider specific distributions ...
We construct a transducer for the bidirectional decoding of words encoded by the method introduced b...
Includes bibliographical references (p. 39)Linear block codes are used in modern communication and d...