Title :
Fused trees and some new approaches to source coding
Author :
Fitingof, Boris ; Waksman, Zeev
Author_Institution :
Tel Aviv Univ., Israel
fDate :
5/1/1988 12:00:00 AM
Abstract :
The concept of fusion partition for the node set of a tree, and the concept of a fused tree corresponding to it, are discussed. A fused tree requires, in principle, significantly less memory for storage than the original tree yet allows the recovery of the original. Hence, it makes sense to store a tree in a fused form. Furthermore, if labels from an ordered set C are assigned to the branches of the original tree so that a lexographic (alphabetic) order on the set of terminal nodes is induced, a fused tree still enables the execution of direct and inverse enumeration algorithms. A fusion algorithm to produce the completely fused tree for a given tree is presented. Some approaches to data compression problems related to the algorithms given are discussed
Keywords :
data compression; encoding; trees (mathematics); data compression; direct enumeration algorithms; fused tree; fusion partition; inverse enumeration algorithms; labelled tree; source coding; Books; Data compression; Fusion power generation; Graphics; Information science; Mathematics; Source coding; Tree graphs;
Journal_Title :
Information Theory, IEEE Transactions on