A Data Parallel Algorithm for XML DOM Parsing
... Abstract. The extensible markup language XML has become the de facto standard for information representation and interchange on the Internet. XML parsing is a core operation performed on an XML document for it to be accessed and manipulated. This operation is known to cause performance bottlenecks i ...
... Abstract. The extensible markup language XML has become the de facto standard for information representation and interchange on the Internet. XML parsing is a core operation performed on an XML document for it to be accessed and manipulated. This operation is known to cause performance bottlenecks i ...
Comparing Linear Search and Binary Search Algorithms to Search
... structure which searches an element in equal amount of time as binary search requires O(log2 N)[1][5]. But it is difficult to maintain and manipulate binary search tree. The second option to implement binary search on linked list is to copy all the elements of linked list into either sorted array or ...
... structure which searches an element in equal amount of time as binary search requires O(log2 N)[1][5]. But it is difficult to maintain and manipulate binary search tree. The second option to implement binary search on linked list is to copy all the elements of linked list into either sorted array or ...
Indexing and Index Tuning
... Index pages can typically hold many more entries than leaf pages. Variable sized records and search keys mean different nodes will contain different numbers of entries. Even with fixed length fields, multiple records with the same search key value (duplicates) can lead to variable-sized data entr ...
... Index pages can typically hold many more entries than leaf pages. Variable sized records and search keys mean different nodes will contain different numbers of entries. Even with fixed length fields, multiple records with the same search key value (duplicates) can lead to variable-sized data entr ...
Fully-Functional Succinct Trees
... trees, parent, left and right child, and subtree-size of the current node in the course of traversing the tree in constant time, and updates in O((log log n)1+ ) time. Note that this data structure assumes that all traversals start from the root. Chan et al. [6] gave a dynamic data structure using ...
... trees, parent, left and right child, and subtree-size of the current node in the course of traversing the tree in constant time, and updates in O((log log n)1+ ) time. Note that this data structure assumes that all traversals start from the root. Chan et al. [6] gave a dynamic data structure using ...
Advances in Ethernet
... IGPs are used between routers in the same AS so IGPs do not have sophisticated policy control routers usually blindly accept all information received For proper operation (no routing loops) all routers in AS must have the same IGP RIB for link state protocols (OSPF, IS-IS) there is a Link St ...
... IGPs are used between routers in the same AS so IGPs do not have sophisticated policy control routers usually blindly accept all information received For proper operation (no routing loops) all routers in AS must have the same IGP RIB for link state protocols (OSPF, IS-IS) there is a Link St ...
Lecture 10
... such that for every node except for the root, the node’s key is greater than or equal to its parent’s ► The root of a heap contains the element with the minimum-valued key (highest priority) ► Insertion and removal operations for a heap both run in O( log n ) time ...
... such that for every node except for the root, the node’s key is greater than or equal to its parent’s ► The root of a heap contains the element with the minimum-valued key (highest priority) ► Insertion and removal operations for a heap both run in O( log n ) time ...
Dynamic FM-Index for a Collection of Texts with
... Sequence-based indices allow to search efficiently for any substring within the text. Classical examples of such sequence-based indices are the suffix tree and the suffix array. The problem with these indices is that they require space several times the text size in addition to the text itself. Thus ...
... Sequence-based indices allow to search efficiently for any substring within the text. Classical examples of such sequence-based indices are the suffix tree and the suffix array. The problem with these indices is that they require space several times the text size in addition to the text itself. Thus ...
Paper
... the tree on the right. Since vertex reductions do not change the essential structure of the contour tree, we prefer them to leaf prunes. Also, pruning the only up- or down- edge at a saddle is prohibited to preserve the edge for a later vertex reduction. It is clear that these operations can simplif ...
... the tree on the right. Since vertex reductions do not change the essential structure of the contour tree, we prefer them to leaf prunes. Also, pruning the only up- or down- edge at a saddle is prohibited to preserve the edge for a later vertex reduction. It is clear that these operations can simplif ...
CS3114_09212011 - People
... Best, Worst, Average Cases Not all inputs of a given size take the same time to run. Sequential search for K in an array of n integers: ...
... Best, Worst, Average Cases Not all inputs of a given size take the same time to run. Sequential search for K in an array of n integers: ...
Package `data.tree`
... • "check": if the name conformance should be checked and warnings should be printed in case of non-conformance (the default) • "no-warn": if the name conformance should be checked, but no warnings should be printed in case of non-conformance (if you expect nonconformance) • "no-check" or FALSE: if t ...
... • "check": if the name conformance should be checked and warnings should be printed in case of non-conformance (the default) • "no-warn": if the name conformance should be checked, but no warnings should be printed in case of non-conformance (if you expect nonconformance) • "no-check" or FALSE: if t ...
Lecture 3 Linear Data Structures
... …a buffer overflow exploit is one in which someone sends too much data to a program (such as a web server application), sending far more data than the program would expect, in order to force arbitrary data into a storage area (a "buffer") so the amount of data forced into the buffer goes beyond the ...
... …a buffer overflow exploit is one in which someone sends too much data to a program (such as a web server application), sending far more data than the program would expect, in order to force arbitrary data into a storage area (a "buffer") so the amount of data forced into the buffer goes beyond the ...
Introduction to Data Structures and ADT
... A binary tree is made up of a finite set of nodes that is either empty or consists of a node called the root together with two binary trees, called the left and right subtrees, which are disjoint from each other and from the root. ...
... A binary tree is made up of a finite set of nodes that is either empty or consists of a node called the root together with two binary trees, called the left and right subtrees, which are disjoint from each other and from the root. ...
Quadtree
A quadtree is a tree data structure in which each internal node has exactly four children. Quadtrees are most often used to partition a two-dimensional space by recursively subdividing it into four quadrants or regions. The regions may be square or rectangular, or may have arbitrary shapes. This data structure was named a quadtree by Raphael Finkel and J.L. Bentley in 1974. A similar partitioning is also known as a Q-tree. All forms of quadtrees share some common features: They decompose space into adaptable cells Each cell (or bucket) has a maximum capacity. When maximum capacity is reached, the bucket splits The tree directory follows the spatial decomposition of the quadtree.