The tree structures are getting more and more important in the modern computer systems. Especially in the file organization systems, it can make the data access or updating powerful and efficient. This paper presents the algorithm to organize and maintain the different tree structures. These algorithms are easy to implement in the computer languages. Lastly, the comparison of the tree structures, the advantage and disadvantage and how to improve the algorithms are also discussed
Summary We discuss two simple strategies for constructing binary search trees: Place the most frequ...
A binary split tree is a search structure combining features of heaps and binary search trees. Build...
Today's storage capabilities facilitate the accessibility and long term archival of increasingly lar...
This paper is a description and analysis of of one the data structure types called a B-tree. B-trees...
This paper presents a simple method to build tree data structures which achieve just O(log N) visite...
Ageneralization of binary search trees and binary split trees is developed that takes advantage of t...
Much work has been done to visualize single trees in various domains, including those of biology (ta...
It is shown how a highly compact representation of binary trees can be used as the basis of two acce...
Almost all computers regularly sort data. Many different sorting algorithms have been proposed. It i...
In this work we count the number of structures resulting from the application of different kinds of ...
Most of the large number of internal sorting algorithms are based on the use of arrays or linked lis...
Comparing q-ary relations on a set O of elementary objects is one of the most fundamental problems o...
Binary trees and binary codes have many applications in various branches of science and engineering,...
Improving the efficiency of retrieving information concerns users of computer systems involved in ma...
This paper develops an automatic procedure for the optimal numbering of members and nodes in tree st...
Summary We discuss two simple strategies for constructing binary search trees: Place the most frequ...
A binary split tree is a search structure combining features of heaps and binary search trees. Build...
Today's storage capabilities facilitate the accessibility and long term archival of increasingly lar...
This paper is a description and analysis of of one the data structure types called a B-tree. B-trees...
This paper presents a simple method to build tree data structures which achieve just O(log N) visite...
Ageneralization of binary search trees and binary split trees is developed that takes advantage of t...
Much work has been done to visualize single trees in various domains, including those of biology (ta...
It is shown how a highly compact representation of binary trees can be used as the basis of two acce...
Almost all computers regularly sort data. Many different sorting algorithms have been proposed. It i...
In this work we count the number of structures resulting from the application of different kinds of ...
Most of the large number of internal sorting algorithms are based on the use of arrays or linked lis...
Comparing q-ary relations on a set O of elementary objects is one of the most fundamental problems o...
Binary trees and binary codes have many applications in various branches of science and engineering,...
Improving the efficiency of retrieving information concerns users of computer systems involved in ma...
This paper develops an automatic procedure for the optimal numbering of members and nodes in tree st...
Summary We discuss two simple strategies for constructing binary search trees: Place the most frequ...
A binary split tree is a search structure combining features of heaps and binary search trees. Build...
Today's storage capabilities facilitate the accessibility and long term archival of increasingly lar...