CentiServer
comprehensive centrality resource and server for centralities calculation version: 1.0.0

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The Centiserver on OMICTools

OMICtools

Create new job:

Step 1: Specify network
Select file:
      Supported formats: Edge list(.txt), Pajek(.net), UCINET(.dl), GML(.gml), GraphML(.graphml)
or
Sample network:
Network features:
Undirected Directed
UnweightedWeighted
Remove multiple edges   Remove loops
Step 2: Specify centrality indices
Centrality: About this centrality   
Require undirected and connected network.
Require strongly connected and loop free network.
Require connected and strongly connected network.
Require connected and strongly connected network.
Require directed and loop free network.
Require connected and strongly connected network.
Require connected and strongly connected network.
Require connected and strongly connected network.
Require connected and loop free network.
Require connected and loop free network.
Require connected and loop free network.
Require connected and loop free network.
Require loop free network.
Require strongly connected network.
Require undirected and loop free network.
Require undirected network.
Require directed network.
Require directed and weigthed network.
Require directed and weigthed network.
Require strongly connected network.
Require directed network.
Require directed network.
Require strongly connected network.
Require undirected, connected and loop free network.
Require undirected, connected and loop free network.
Specify this centrality option(s):
No option.
Alpha: (0-1)
Remove loops: Yes No
Vertex Edge
Normalized: Yes No
Estimate: No Yes (Cutoff: The maximum path length (0 for no limit.))
Nobigint: Yes No (If Yes, then big integers are not used.)
Mode (Directed graphs): All In Out
Normalized: Yes No
Estimate: No Yes (Cutoff: The maximum path length (0 for no limit.))
Mode (Directed graphs): All In Out
Normalized: Yes No
Mode (Directed graphs): All In Out
Mode (Directed graphs): All In Out
Count loops: Yes No
Normalized: Yes No
Mode (Directed graphs): All In Out
Consider direction of the edges: Yes No
Scale the result to have a maximum score of one: Yes No
Mode (Directed graphs): All In Out
Hub scoreAuthority score
Scale the result to have a maximum score of one: Yes No
Mode (Directed graphs): All In Out
Count loops: Yes No
Remove loops: Yes No
Consider direction of the edges: Yes No
Damping: (0-1)
Mode: Unnormalized (raw) Normalized Koschutzki
Scale the result to have a maximum score of one: Yes No
Scale the result to have a maximum score of one: Yes No
Remove loops: Yes No
Ignore edge values: Yes No
Rule to symmetrizing: Weak Strong Upper Lower
Scale the result to have a maximum score of one: Yes No
Remove loops: Yes No
Scale the result to have a maximum score of one: Yes No
Remove loops: Yes No
Ignore edge values: Yes No
Type of load centrality: Directed Undirected
Scale the result to have a maximum score of one: Yes No
Remove loops: Yes No
Ignore edge values: Yes No
Type of betweenness centrality: Directed Undirected
Scale the result to have a maximum score of one: Yes No
Remove loops: Yes No
Exponent (Beta as decay rate):
Hub scoreAuthority score
Propagation probability (λ): Mode (Directed graphs): All In Out Remove loops: Yes No
Alpha: (0.0-0.2)
Normalized: Yes No
Weight factor:
K:
Mode (Directed graphs): All In Out
Decay parameter: (0-1)
Mode (Directed graphs): All In Out
Mode (Directed graphs): All In (Integration centrality) Out
Mode (Directed graphs): All In Out
Mode (Directed graphs): All In Out
Mode (Directed graphs): All In Out
Mode (Directed graphs): All In Out
Mode (Directed graphs): All In Out
Mode (Directed graphs): All In Out
Mode (Directed graphs): All In Out
Mode (Directed graphs): All In Out
Mode (Directed graphs): All In Out
Hub scoreAuthority score
Mode (Directed graphs): All In Out Remove loops: Yes No
Mode (Directed graphs): All In Out
  
Selected centrality(s):
Step 3: Create
Description (optional)
Enter sum of    and  
persianstat(10215502, 0);