Definitions

1. The root node is the root of the tree.
2. The root node is the only one that has no parent.
3. The root node is a node with the smallest (or largest) key.
4. A root node is a node to which all other nodes in the tree structure are conceptually connected.
5. Root node is an object: In this case, the new object (call it OBJ[2]) will form a binary tree with the root node, as follows.

Root Node

1. The Root Node has the lowest level number in the tree structure.
2. The root node has a value, and also two pointers to its left and right child, which have a similar structure.
3. The heap that is being made into a subtree points its root node right sibling pointer to the child of the root of the other heap.
4. A child has at most one parent; a node without a parent is called the root node (or root).
5. Giving the root no children is also unnecessary, since a tree with no elements is typically represented as having no root node.

Nodes

1. No leaf in a red-black tree is more than twice as far from the root node as any other leaf.
2. In pre-order, each root node is visited before any of its children.
3. The root node thus has a path connecting it to any other node in the tree.
4. A Binary Tree is tree which either empty or consists of a root node & two disjoint trees called left & right sub-tree.
5. The student will define the following terms as applied to binary trees: root node, parent node, child node, leaf, levels, edge, and subtree.

Subtree

1. One is the root node, and the other nodes are partitioned into subtrees that are linked to the root node.
2. If the root node is visited before its subtrees, this is preorder; if after, postorder; if between, in-order.

Child Nodes

1. Each subtree consists of a root node with zero or more subtrees.
2. The root node does not have an expanded-name.
3. The attribute break average occupied the root node.
4. Note that the bounding volume root node may increase in size.
5. After each insertion or deletion the root node is forced to be black.

Leaf Node

1. Often, leaf nodes are the nodes farthest from the root node.
2. The bold edges show a path (or branch) from the root node to a leaf node.
3. When the Root Node sends information, all of the remaining nodes on the connection, called Leaf Nodes, receive copies of the information.

Block

1. The old root node R illustrated in FIG. 16b is split to create the new root node R' comprising index block I' and subtree V' in FIG. 16c.
2. We annotate each edge by the round-trip time of fetching a block between a pair of nodes, and compute the shortest-path-tree rooted at the root node.

Template Rule

1. This template rule applies to both element nodes and the root node.
2. The result tree is constructed by finding the template rule for the root node and instantiating its template.
3. When PDS fails the root node expansion it increases the either threshold value and restarts the searching.
4. If the URI reference does not contain a fragment identifier, then a node-set containing just the root node of the document is returned.

Count

1. The root node comes from the document information item.
2. To begin, save the root node and keep a pointer to the leftchild.
3. If i is a root node, then COUNT ( i) = number of nodes in that tree.
4. If the numbering scheme is integer-sequential as in Fig 3, the root node receives a left value of 1 and a right value equal to twice the item count.

Step

1. The first step locates the root node of a document.
2. On entry to P2I, step 1002 in the root node determines if all of its children have voted `agree` to the `prepare to commit`.

Key

1. It begins with a root node, which contains the original key value.
2. As a fallback, we can always find a default spanning tree using breadth-first search from a root node.
3. As such we must retain as a minimum, the active search segments and all of their ancestor segments up to the root node.
4. First, the depth values 89 of index block entries 47c of root node 47 are compared to the elements of the search key sequence.
5. To locate a record under dynamic hashing, compute h(key) and use the first b bits to locate a root node in the original index.

Heap

1. In this form it implies that the greatest element is always in the root node, and such a heap is sometimes called a max heap.
2. Once the data list has been made into a heap, the root node is guaranteed to be the largest element.
3. This continues until the root node of the heap turns light gray - i.e., the root has its correct value.
4. In some trees, such as heaps, the root node has special properties.
5. Note that in a heap the largest element is located at the root node.

Order

1. The string-value of the root node is the concatenation of the string-value s of all text node descendants of the root node in document order.
2. As 21, 14, and 78 are inserted, they are just added (in order) to the root node (which is the only node in the tree at this point.
3. A depth-first traversal of the trie starting from the root node will then visit each key in order during movements away from the root node.

Node Parent

1. The root node can only be a parent node.
2. A root node or an element node is the parent of each of its child nodes.
3. The root node points to two children nodes, and each child node in turn points to two more children nodes.

Document

1. XPath does not define that the root node should be the Document.
2. If the context is the root node of the document, its child element is the root element of the document.
3. Following the XML declaration, one of two elements specific to the XSLT language can be used for the document's root node.
4. The root node of an SGML grove is always an SGML document node.
5. A location (the context location), initialized to the root node of an XML document.

Tree

1. The top of the tree is called the root node.
2. Trees grow downward in Computer science.) All data in a tree can be accessed through the root node.
3. The root of the tree is called the document node (or root node).
4. The topmost node in a tree is called the root node.
5. The height of a tree is the height of its root node.

Split Node

1. A new root node and child split node are created.
2. One is the root node for its revision D. The other parent is the 7 split node of a later version.

Branch Node

1. There is one root node entry for each child (or subordinate) branch node.
2. Since the root node is a branch node with digitNumber = 1, we use the first digit 9 of the search key to determine which subtrie to move to.

Xml Document Nodes

1. The result of a query is a set of XML document nodes, which can be wrapped in a root node to create a well-formed XML document.

Movetoroot

1. MoveToRoot() Moves the XPathNavigator object to the root node.

Folderdetails

1. If the root node looks like this <FolderDetails It works great.

First Node

1. Thus, the root node will be the first node.

Current Node

1. When the current node is the root node, xsl:copy will not create a root node, but will just use the content template.

Xml-Stylesheet Processing Instruction

1. In Example 9-1, this means the root node contains the xml-stylesheet processing instruction, as well as the root element people.

Single Root Node

1. All valid XML documents contain a single root node, which contains all the other nodes.

Pattern

1. As a contrast to the current pattern, which is relative, consider the pattern that is used to select the root node of a document.
2. Of course, this assumes that the root node (line 4) is the current context for the pattern, in which case a relative child path is okay.

Depth

1. In an exponential tree, the dimension = the depth of the node, with the root node having a d=1.

Objects

1. A bounding volume was created which contains both objects, and the bounding volume became the root node.
2. At the top of this structure is a single classification, the root node, that applies to all objects.

Null

1. As shown in Figure 32.4, the root node of the DNS database is unnamed (null).

Item

1. To create a new master page using Visual Studio 2005, right-click the root node in the Solution Explorer and select Add New Item.

Network Traffic

1. The root node usually controls the network and sometimes network traffic flow.

Exactly

1. There is exactly one root node, which ultimately contains all other nodes.

Start

1. Consequently, XSLT style sheets generally start with a rule that applies to the root node.

Guaranteed

1. Labels are NOT guaranteed to be unique, with the exception of the root node, which has a null label.

Parent Node

1. For example, if Bashful is inserted into the trie, then the predecessor is the null string in the parent node, which is the root node in this case.

Last Line

1. The last line in an XML file is there to close the root node.

Tree Structure

1. Every tree structure has a root node.

Context Node

1. The effect of this initial step is to begin the path at the root node of the tree that contains the context node.

Xpath Expression

1. At the beginning of an XPath expression, it selects from all descendants of the root node.

Leaf Nodes

1. Often, leaf nodes are the nodes farthest from the root node.

Subtrees

1. Each subtree consists of a root node with zero or more subtrees.

Xpath Data Model

1. An instance of the XPath Data Model contains exactly one root node, which corresponds to the unique document information item in an XML Information Set.

Xml Document

1. A location (the context location), initialized to the root node of an XML document.

Element Nodes

1. This template rule applies to both element nodes and the root node.
2. This rule applies to both element nodes and the root node.

Child Node

1. Each child node again have its list of child nodes (and as such is root node of a sub-tree).

Result Tree

1. The normal restrictions on the children of the root node are relaxed for the result tree.

Document Node

1. The XmlDocument object that is derived from the XmlNode class represents the root node or the document node.

Categories

1. Node
2. Encyclopedia of Keywords > Information > Document
3. Root Element
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Related Keywords

* Children * Concatenation * Element Node * Heaps * Node * Parent * Root * Root Element * Template * Xml * Xslt Processor

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