Uses of Interface
org.graphstream.algorithm.Algorithm

Packages that use Algorithm
org.graphstream.algorithm   
org.graphstream.algorithm.coloring   
org.graphstream.algorithm.community   
org.graphstream.algorithm.flow   
org.graphstream.algorithm.measure   
org.graphstream.algorithm.networksimplex   
org.graphstream.algorithm.randomWalk   
 

Uses of Algorithm in org.graphstream.algorithm
 

Subinterfaces of Algorithm in org.graphstream.algorithm
 interface DynamicAlgorithm
          Defines algorithms able to handle dynamics of a graph.
 interface SpanningTree
          This interface defines the basic functionalities of a spanning tree algorithm.
 

Classes in org.graphstream.algorithm that implement Algorithm
 class AbstractSpanningTree
           
 class APSP
          All-pair shortest paths lengths.
 class AStar
          An implementation of the A* algorithm.
 class BellmanFord
          Implementation of the Bellman-Ford algorithm that computes single-source shortest paths in a weighted digraph The Bellman-Ford algorithm computes single-source shortest paths in a weighted digraph (where some of the edge weights may be negative).
 class BetweennessCentrality
          Compute the "betweenness" centrality of each vertex of a given graph.
 class Centroid
          Compute the centroid of a connected graph.
 class ConnectedComponents
          Compute and update the number of connected components of a dynamic graph.
 class Dijkstra
           Dijkstra's algorithm computes the shortest paths from a given node called source to all the other nodes in a graph.
 class DStar
          An implementation of the D* algorithm.
 class Eccentricity
          Compute the eccentricity of a connected graph.
 class Kruskal
          Compute a spanning tree using the Kruskal algorithm.
 class PageRank
           The PageRank is an algorithm that measures the "importance" of the nodes in a graph.
 class Prim
          Compute a spanning tree using the Prim algorithm.
 class TarjanStronglyConnectedComponents
          Tarjan's Algorithm is a graph theory algorithm for finding the strongly connected components of a graph.
 

Constructors in org.graphstream.algorithm with parameters of type Algorithm
AlgorithmComputationTrigger(AlgorithmComputationTrigger.Mode mode, Algorithm algo)
           
 

Uses of Algorithm in org.graphstream.algorithm.coloring
 

Classes in org.graphstream.algorithm.coloring that implement Algorithm
 class WelshPowell
          Welsh Powell static graph coloring algorithm.
 

Uses of Algorithm in org.graphstream.algorithm.community
 

Classes in org.graphstream.algorithm.community that implement Algorithm
 class DecentralizedCommunityAlgorithm
          Base class for all distributed community detection algorithm.
 class EpidemicCommunityAlgorithm
          This class implements the "Epidemic Community Detection Algorithm" as presented by Raghavan et al.
 class Leung
          This class implements an improved community detection algorithm based on the epidemic label propagation paradigm the was presented by Leung et al.
 class SyncEpidemicCommunityAlgorithm
          This class implements the synchronous version of the "Epidemic Community Detection Algorithm" as presented by Raghavan et al.
 

Uses of Algorithm in org.graphstream.algorithm.flow
 

Subinterfaces of Algorithm in org.graphstream.algorithm.flow
 interface FlowAlgorithm
          Defines algorithm used to compute maximum flow.
 

Classes in org.graphstream.algorithm.flow that implement Algorithm
 class EdmondsKarpAlgorithm
           
 class FlowAlgorithmBase
          Base for flow algorithms.
 class FordFulkersonAlgorithm
          The Ford-Fulkerson algorithm to compute maximum flow.
 

Uses of Algorithm in org.graphstream.algorithm.measure
 

Classes in org.graphstream.algorithm.measure that implement Algorithm
 class ChartConnectivityMeasure
           
static class ChartConnectivityMeasure.ChartEdgeConnectivityMeasure
           
static class ChartConnectivityMeasure.ChartVertexConnectivityMeasure
           
 class CommunityDistribution
          Provides some statistical information on the size of current community assignment on the specified graph as it evolves.
 class CommunityMeasure
          Computes and updates an absolute measure based on the current community assignment on a given graph as it evolves.
 class CommunityRelativeMeasure
          Computes and updates a relative measure based on the comparison between the current community assignment and a reference assignment on a given graph.
static class ConnectivityMeasure.EdgeConnectivityMeasure
           
static class ConnectivityMeasure.VertexConnectivityMeasure
           
 class DegreeMeasure
           
 class ElementCountMeasure
           
static class ElementCountMeasure.EdgeCountMeasure
          Measure the count of edges in a graph.
static class ElementCountMeasure.NodeCountMeasure
          Measure the count of nodes in a graph.
 class Modularity
          Computes and updates the modularity of a given graph as it evolves.
 class NormalizedMutualInformation
          Computes and updated the current Normalized Mutual Information (NMI) measure between a dynamically-performed community assignment on a graph as it evolves and a fixed assignment, known as reference.
 class VariationOfInformation
           
 

Uses of Algorithm in org.graphstream.algorithm.networksimplex
 

Classes in org.graphstream.algorithm.networksimplex that implement Algorithm
 class DynamicOneToAllShortestPath
           
 class NetworkSimplex
          Minimum cost flow problem Network simplex method is an algorithm that solves the minimum cost flow (MCF) problem for an oriented graph.
 

Uses of Algorithm in org.graphstream.algorithm.randomWalk
 

Classes in org.graphstream.algorithm.randomWalk that implement Algorithm
 class RandomWalk
          A random walk on a graph.
 



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