PPT - WSU EECS - Washington State University
... Otherwise traverse the list by advancing a current pointer, compare the new Node’s value with the existing ListNode’s data to find the correct position and then set the pointers appropriately to insert the new node considering the following 3 cases ...
... Otherwise traverse the list by advancing a current pointer, compare the new Node’s value with the existing ListNode’s data to find the correct position and then set the pointers appropriately to insert the new node considering the following 3 cases ...
Binary Trees
... how many generations the node is from the root. Root is assumed to be level 0. • Keys: Key value is used to search for the item or perform other operations on it. ...
... how many generations the node is from the root. Root is assumed to be level 0. • Keys: Key value is used to search for the item or perform other operations on it. ...
Trees
... its data fields or displaying it. Merely passing over a node from one node to another is not considered visiting the node ...
... its data fields or displaying it. Merely passing over a node from one node to another is not considered visiting the node ...
Network Simplex Method I
... solution, then it has an optimal solution represented by a basis structure (T,L,U). Proof: Let x be an optimal solution for which the set F(x) of free arcs is minimal. If F(x) contains an undirected cycle C, then let W be a directed cycle in G(x) corresponding to C which contains the reversal of an ...
... solution, then it has an optimal solution represented by a basis structure (T,L,U). Proof: Let x be an optimal solution for which the set F(x) of free arcs is minimal. If F(x) contains an undirected cycle C, then let W be a directed cycle in G(x) corresponding to C which contains the reversal of an ...
Tree
... but trees with higher branching factors are far more efficient when stored on slow external memory devices. For efficiency, all of an ordered key sequence in a B-tree is read into internal memory at once, and a fast binary search is used to find a key in this ordered sequence. This either gives the ...
... but trees with higher branching factors are far more efficient when stored on slow external memory devices. For efficiency, all of an ordered key sequence in a B-tree is read into internal memory at once, and a fast binary search is used to find a key in this ordered sequence. This either gives the ...
Scapegoat trees and splay trees
... new perfectly balanced tree containing only the unmarked nodes.3 With this rule in place, a search takes O(log n) time in the worst case, where n is the number of unmarked nodes. Specifically, since the tree has at most n marked nodes, or 2n nodes altogether, we need to examine at most lg n + 1 keys ...
... new perfectly balanced tree containing only the unmarked nodes.3 With this rule in place, a search takes O(log n) time in the worst case, where n is the number of unmarked nodes. Specifically, since the tree has at most n marked nodes, or 2n nodes altogether, we need to examine at most lg n + 1 keys ...
Memory Optimization - UT Computer Science
... cold fields into a separate structure ► Allocate all ‘struct S’ from a memory pool § Increases coherence ...
... cold fields into a separate structure ► Allocate all ‘struct S’ from a memory pool § Increases coherence ...
