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Attribute and Information Gain based Feature
Attribute and Information Gain based Feature

Clust
Clust

Suffix Tree Clustering - Data mining algorithm
Suffix Tree Clustering - Data mining algorithm

A New Approach for Subspace Clustering of High Dimensional Data
A New Approach for Subspace Clustering of High Dimensional Data

Document
Document

... – Search for clusters by checking the -neighborhood of each instance x – If the -neighborhood of x contains more than MinPts, create a new cluster with x as a core object – Iteratively collect directly density-reachable objects from these core object and merge density-reachable clusters – Terminat ...
Machine Learning and Data Mining: A Case Study with
Machine Learning and Data Mining: A Case Study with

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romi-dm-05-klastering-mar2016

VDBSCAN*: An efficient and effective spatial data mining
VDBSCAN*: An efficient and effective spatial data mining

A Mutual Subspace Clustering Algorithm for High Dimensional
A Mutual Subspace Clustering Algorithm for High Dimensional

Application of Clustering in Data mining Using Weka Interface
Application of Clustering in Data mining Using Weka Interface

Data Mining: Process and Techniques - UIC
Data Mining: Process and Techniques - UIC

Cluster Analysis: Basic Concepts and Algorithms What is Cluster
Cluster Analysis: Basic Concepts and Algorithms What is Cluster

... – For each point, the error is the distance to the nearest centroid – To get SSE, we square these errors and sum them. ...
DBCSVM: Density Based Clustering Using Support Vector Machines
DBCSVM: Density Based Clustering Using Support Vector Machines

A Robust k-Means Type Algorithm for Soft Subspace Clustering and
A Robust k-Means Type Algorithm for Soft Subspace Clustering and

OPTICS on Text Data: Experiments and Test Results
OPTICS on Text Data: Experiments and Test Results

Comparative Analysis of K-Means and Fuzzy C
Comparative Analysis of K-Means and Fuzzy C

Outlier Detection Using Clustering Methods: a data cleaning
Outlier Detection Using Clustering Methods: a data cleaning

Document
Document

... • Euclidean distance is the most common use of distance. When people talk about distance, this is what they are referring to. Euclidean distance, or simply 'distance', examines the root of square differences between the coordinates of a pair of objects. This is most generally known as the Pythagorea ...
Document
Document

Outlier Detection using Improved Genetic K-means
Outlier Detection using Improved Genetic K-means

A Frequent Concepts Based Document Clustering Algorithm
A Frequent Concepts Based Document Clustering Algorithm

... admonished Pakistan for careless in handling the sadbhavna project. The measures now recommend by the planning commission to improve the Indian economy are very practical. The government has announced its export policy for the next three years. The new policy was broadcast on the television last eve ...
Clustering of Low-Level Acoustic Features Extracted
Clustering of Low-Level Acoustic Features Extracted

Graph preprocessing
Graph preprocessing

An Axis-Shifted Grid-Clustering Algorithm
An Axis-Shifted Grid-Clustering Algorithm

... And in the same data space, there are more cells, there will be smaller size. To cluster data points efficiently and to reduce the influences of the size of the cells at the same time, a new grid-based clustering algorithm, the Axis-Shifted GridClustering algorithm (ASGC) is proposed here. The main ...
Constraint-based Subgraph Extraction through Node Sequencing
Constraint-based Subgraph Extraction through Node Sequencing

... can represent the above three requirements (two user-input constraints and one application-independent min-max principle): 1) the desired number of clusters; 2) the objective function of clustering that reflects the min-max principle, and 3) the upper bound of the similarity between two clusters. In ...
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Nearest-neighbor chain algorithm



In the theory of cluster analysis, the nearest-neighbor chain algorithm is a method that can be used to perform several types of agglomerative hierarchical clustering, using an amount of memory that is linear in the number of points to be clustered and an amount of time linear in the number of distinct distances between pairs of points. The main idea of the algorithm is to find pairs of clusters to merge by following paths in the nearest neighbor graph of the clusters until the paths terminate in pairs of mutual nearest neighbors. The algorithm was developed and implemented in 1982 by J. P. Benzécri and J. Juan, based on earlier methods that constructed hierarchical clusterings using mutual nearest neighbor pairs without taking advantage of nearest neighbor chains.
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