Three families of strategies for organizing an index of ordered keys are investigated. It is assumed either that the index is small enough to fit in main memory or that some superstrategy organizes the index into pages and that search within a page is being studied. Examples of strategies within the three families are B-tree Search, Binary Search, and Square Root Search. The expected access times of these and other strategies are compared, and their relative merits in different indexing situations are discussed and conjectured on. Considering time and space costs and complexity of programming, it is concluded that a Binary Search strategy is generally preferable
Modern search engines answer keyword-based queries extremely efficiently. The impressive speed is d...
International audienceWe study strategies of approximate pattern matching that exploit bidirectional...
The search for acceptable solutions in a combinatorially large problem space is an important problem...
Modern search engines answer keyword-based queries extremely efficiently. The impressive speed is du...
Improving the efficiency of retrieving information concerns users of computer systems involved in ma...
Abstract: Search is the foremost and the most frequent operation performed on any dataset. The searc...
We address the extension of the binary search technique from sorted arrays and totally ordered sets ...
+ Appendix Yosi Ben-Asher, Eitan Farchi, y Ilan Newman z , Abstract It is well known that th...
After the years of research done by scientists, it is found that binary search is more efficient tha...
AbstractLet us consider an ordered set of keys A={a1<⋯<an}, where the probability of searching ai is...
Abstract—A traditional search tree allows for efficient sequen-tial access to the elements of the tr...
Chapter 5 is concerned with sorting into order, internal sorting and external sorting. Chapter 6 dea...
We study indexing techniques for main memory, including hash indexes, binary search trees, T-trees, ...
International audienceWe study strategies of approximate pattern matching that exploit bidirectional...
The aim of this work is to show the novel index structure based suffix array and ternary search tree...
Modern search engines answer keyword-based queries extremely efficiently. The impressive speed is d...
International audienceWe study strategies of approximate pattern matching that exploit bidirectional...
The search for acceptable solutions in a combinatorially large problem space is an important problem...
Modern search engines answer keyword-based queries extremely efficiently. The impressive speed is du...
Improving the efficiency of retrieving information concerns users of computer systems involved in ma...
Abstract: Search is the foremost and the most frequent operation performed on any dataset. The searc...
We address the extension of the binary search technique from sorted arrays and totally ordered sets ...
+ Appendix Yosi Ben-Asher, Eitan Farchi, y Ilan Newman z , Abstract It is well known that th...
After the years of research done by scientists, it is found that binary search is more efficient tha...
AbstractLet us consider an ordered set of keys A={a1<⋯<an}, where the probability of searching ai is...
Abstract—A traditional search tree allows for efficient sequen-tial access to the elements of the tr...
Chapter 5 is concerned with sorting into order, internal sorting and external sorting. Chapter 6 dea...
We study indexing techniques for main memory, including hash indexes, binary search trees, T-trees, ...
International audienceWe study strategies of approximate pattern matching that exploit bidirectional...
The aim of this work is to show the novel index structure based suffix array and ternary search tree...
Modern search engines answer keyword-based queries extremely efficiently. The impressive speed is d...
International audienceWe study strategies of approximate pattern matching that exploit bidirectional...
The search for acceptable solutions in a combinatorially large problem space is an important problem...