STANDARD NETWORK ANALYSIS REPORT

STANDARD NETWORK ANALYSIS REPORT

Input data: Stranke94

Start time: Tue Oct 07 08:35:46 2008

Calculates common social network measures on each selected input network.

Analysis for the Meta-Network

Individual entity classes have been combined into a single class, and all networks are combined to create a single network. If two networks connect the same entities, e.g. two agent x agent, then the links are combined. Link weights are made binary.

Row count10
Column count10
Link count36
Density0.4
Isolate count0
Component count2
Reciprocity1
Characteristic path length1.1
Clustering coefficient0.9333
Network levels (diameter)2
Network fragmentation0.5556
Krackhardt connectedness0.4444
Krackhardt efficiency0.1667
Krackhardt hierarchy0
Krackhardt upperboundedness1
Degree centralization0.05556
Betweenness centralization0.02469
Closeness centralization0.002836
MinMaxAverageStddev
Total degree centrality0.22220.44440.40.0737
Total degree centrality (unscaled)487.21.327
Eigenvector centrality0.601810.93230.1231
Hub centrality0.601810.93230.1231
Authority centrality0.601810.93230.1231
Betweenness centrality00.027780.0055560.01111
Betweenness centrality (unscaled)020.40.8
Information centrality0.10.10.16.706e-009
Information centrality (unscaled)-3.385e-007-3.385e-007-3.385e-0072.558e-014
Clique membership count121.20.4
Simmelian ties0.22220.44440.40.0737
Simmelian ties (unscaled)243.60.6633
Clustering coefficient0.666710.93330.1333

Key nodes

This chart shows the Nodes that repeatedly rank in the top three in the measures. The value shown is the percentage of measures for which the Nodes was ranked in the top three.

In-degree centrality

The In Degree Centrality of a node is its normalized in-degree.

Input network(s): meta-network

RankValueUnscaledNodes
10.4444444SKD
20.4444444ZLSD
30.4444444SDSS
40.4444444LDS
50.4444444ZS
60.4444444SLS
70.4444444SPS
80.3333333ZS-ESS
90.3333333DS
100.2222222SNS

Out-degree centrality

The Out Degree Centrality of a node is its normalized out-degree.

Input network(s): meta-network

RankValueUnscaledNodes
10.4444444SKD
20.4444444ZLSD
30.4444444SDSS
40.4444444LDS
50.4444444ZS
60.4444444SLS
70.4444444SPS
80.3333333ZS-ESS
90.3333333DS
100.2222222SNS

Total degree centrality

The Total Degree Centrality of a node is the normalized sum of its row and column degrees.

Input network(s): meta-network

Input network size: 10

Input network density: 0.4

Expected value from a random network of the same size and density: 0.4

RankValueUnscaledNodesContext*
10.4444448SKD0.286888
20.4444448ZLSD0.286888
30.4444448SDSS0.286888
40.4444448LDS0.286888
50.4444448ZS0.286888
60.4444448SLS0.286888
70.4444448SPS0.286888
80.3333336ZS-ESS-0.430331
90.3333336DS-0.430331
100.2222224SNS-1.14755
* Number of standard deviations from the mean if links were distributed randomly
Mean: 0.4
Std.dev: 0.154919

Eigenvector centrality

Calculates the principal eigenvector of the network. A node is central to the extent that its neighbors are central.

Input network(s): meta-network

Input network size: 10

Input network density: 0.4

Expected value from a random network of the same size and density: 0.588922

RankValueNodesContext*
11SKD1.59642
21ZLSD1.59642
31SDSS1.59642
41LDS1.59642
51ZS1.59642
61SPS1.59642
71SLS1.59642
80.860806ZS-ESS1.05586
90.860806DS1.05586
100.601793SNS0.0499813
* Number of standard deviations from the mean if links were distributed randomly
Mean: 0.588922
Std.dev: 0.2575

Betweenness centrality

The Betweenness Centrality of node v in a network is defined as: across all node pairs that have a shortest path containing v, the percentage that pass through v.

Input network(s): meta-network

Input network size: 10

Input network density: 0.4

Expected value from a random network of the same size and density: 0.0887111

RankValueUnscaledNodesContext*
10.02777782ZLSD-0.987331
20.02777782LDS-0.987331
* Number of standard deviations from the mean if links were distributed randomly
Mean: 0.0887111
Std.dev: 0.0617152

Closeness centrality

The average closeness of a node to the other nodes in a network. Loosely, Closeness is the inverse of the average distance in the network between the node and all other nodes.

Input network(s): meta-network

Input network size: 10

Input network density: 0.4

Expected value from a random network of the same size and density: 0.627451

RankValueUnscaledNodesContext*
10.1666670.0185185SKD-4.52505
20.1666670.0185185ZLSD-4.52505
30.1666670.0185185SDSS-4.52505
40.1666670.0185185LDS-4.52505
50.1666670.0185185ZS-4.52505
60.1666670.0185185SLS-4.52505
70.1666670.0185185SPS-4.52505
80.1636360.0181818ZS-ESS-4.5548
90.1636360.0181818DS-4.5548
100.1607140.0178571SNS-4.5835
* Number of standard deviations from the mean if links were distributed randomly
Mean: 0.627451
Std.dev: 0.10183

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