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AnswerRe: Pattern matching in trees, lists and strings alike Pin
dusty_dex11-Apr-13 11:44
dusty_dex11-Apr-13 11:44 
GeneralRe: Pattern matching in trees, lists and strings alike Pin
bjongejan11-Apr-13 22:49
bjongejan11-Apr-13 22:49 
GeneralRe: Pattern matching in trees, lists and strings alike Pin
dusty_dex11-Apr-13 23:04
dusty_dex11-Apr-13 23:04 
GeneralRe: Pattern matching in trees, lists and strings alike Pin
bjongejan12-Apr-13 9:25
bjongejan12-Apr-13 9:25 
GeneralRe: Pattern matching in trees, lists and strings alike Pin
Kosta Cherry5-Jun-13 20:04
Kosta Cherry5-Jun-13 20:04 
QuestionAlgorithm Pin
Member 99636023-Apr-13 15:11
Member 99636023-Apr-13 15:11 
AnswerRe: Algorithm Pin
BupeChombaDerrick7-Apr-13 23:39
BupeChombaDerrick7-Apr-13 23:39 
QuestionAlignment and rectification of polylines Pin
Chesnokov Yuriy1-Apr-13 8:09
professionalChesnokov Yuriy1-Apr-13 8:09 
What are the approaches used for horizontal/vertical alignment and rectification of inaccurately orientated polylines?

inaccurately alligned structure

I believe as a starting point a graph representation is needed for further processing
Чесноков

AnswerRe: Alignment and rectification of polylines Pin
Kenneth Haugland2-Apr-13 23:31
mvaKenneth Haugland2-Apr-13 23:31 
AnswerRe: Alignment and rectification of polylines Pin
Lutosław4-Jun-13 12:57
Lutosław4-Jun-13 12:57 
QuestionConsider a complete binary tree with an odd number of nodes. Let n be the number of internal nodes (non-leaves) in the tree. Define the internal path length, I, as the sum, taken over all the internal nodes of the tree, of the depth of each node. Lik Pin
amistry_petlad28-Mar-13 7:08
amistry_petlad28-Mar-13 7:08 
AnswerRe: Consider a complete binary tree with an odd number of nodes. Let n be the number of internal nodes (non-leaves) in the tree. Define the internal path length, I, as the sum, taken over all the internal nodes of the tree, of the depth of each node. Pin
R. Giskard Reventlov28-Mar-13 7:24
R. Giskard Reventlov28-Mar-13 7:24 
AnswerRe: Consider a complete binary tree with an odd number of nodes. Let n be the number of internal nodes (non-leaves) in the tree. Define the internal path length, I, as the sum, taken over all the internal nodes of the tree, of the depth of each node. Pin
Richard MacCutchan28-Mar-13 7:25
mveRichard MacCutchan28-Mar-13 7:25 
GeneralRe: Consider a complete binary tree with an odd number of nodes. Let n be the number of internal nodes (non-leaves) in the tree. Define the internal path length, I, as the sum, taken over all the internal nodes of the tree, of the depth of each node. Pin
amistry_petlad28-Mar-13 7:51
amistry_petlad28-Mar-13 7:51 
GeneralRe: Consider a complete binary tree with an odd number of nodes. Let n be the number of internal nodes (non-leaves) in the tree. Define the internal path length, I, as the sum, taken over all the internal nodes of the tree, of the depth of each node. Pin
Richard MacCutchan28-Mar-13 7:58
mveRichard MacCutchan28-Mar-13 7:58 
AnswerRe: Consider a complete binary tree with an odd number of nodes. Let n be the number of internal nodes (non-leaves) in the tree. Define the internal path length, I, as the sum, taken over all the internal nodes of the tree, of the depth of each node. Pin
Lutosław4-Jun-13 13:06
Lutosław4-Jun-13 13:06 
QuestionThe degree of a node in a tree is the number of children the node has. If a tree has n1 nodes of degree 1, n2 nodes of degree 2, ..., nm nodes of degree m, compute the number of leaves in the tree in terms of n1, n2, . . . , nm. Pin
amistry_petlad28-Mar-13 7:04
amistry_petlad28-Mar-13 7:04 
NewsCaltech's FREE online Machine Learning course -- LAST CHANCE Pin
Matt T Heffron27-Mar-13 11:53
professionalMatt T Heffron27-Mar-13 11:53 
NewsNew computer vision algorithms, check out the videos Pin
BupeChombaDerrick20-Feb-13 20:33
BupeChombaDerrick20-Feb-13 20:33 
GeneralRe: New computer vision algorithms, check out the videos Pin
Simon_Whale1-Mar-13 0:13
Simon_Whale1-Mar-13 0:13 
GeneralRe: New computer vision algorithms, check out the videos Pin
BupeChombaDerrick1-Mar-13 23:24
BupeChombaDerrick1-Mar-13 23:24 
QuestionComplexity and Routing Problems Pin
brkonja18-Feb-13 13:10
brkonja18-Feb-13 13:10 
AnswerRe: Complexity and Routing Problems Pin
Alan Balkany21-Feb-13 4:24
Alan Balkany21-Feb-13 4:24 
GeneralRe: Complexity and Routing Problems Pin
BupeChombaDerrick21-Feb-13 20:38
BupeChombaDerrick21-Feb-13 20:38 
QuestionLinear algebra jacobi Singular Value Decomposition (SVD) algorithm Pin
BupeChombaDerrick12-Feb-13 20:25
BupeChombaDerrick12-Feb-13 20:25 

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