A Community Discovery Algorithm Based on Hadoop Platform
A technology of community discovery and algorithm, which is applied in the field of community discovery algorithm based on Hadoop platform, can solve problems such as not being able to adapt to community discovery algorithm, and achieve the effect of improving data processing ability, improving mining and analysis ability, and high real-time performance
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Embodiment 1
[0029] Zachary Karate Club is a social network composed of members of a karate club in the United States. In the early 1970s, Wayne Zarchary spent two years observing the relationship between the members of a karate club in an American university. network of relationships. This club had conflicts between the supervisor and the principal on whether to raise the club's fees, which resulted in the fact that the club split into two small clubs with the principal as the core and the supervisor as the core.
[0030] The community discovery algorithm based on the Hadoop platform, the specific calculation process is:
[0031] step one:
[0032] Read in the network data and construct the undirected graph G of Zachary Karate Club. The members in the undirected graph G are represented by node n, and the relationship between members is represented by edge m; data sharding is completed on the computing cluster configured with Hadoop environment, and the data is input as Mapper. Table 1-1...
Embodiment 2
[0061] The community in this embodiment is an extremely sparse network community. Such as figure 2 shown.
[0062] The community discovery algorithm based on the Hadoop platform, the specific calculation process is:
[0063] step one:
[0064] Read in the network data and construct the undirected graph G of the community. The members in the undirected graph G are represented by node n, and the relationship between members is represented by edge m; the data fragmentation is completed on the computing cluster configured with Hadoop environment, and the data is used as Mapper input. Table 2-1 shows Mapper input of.
[0065] Table 2-1 Step 1 Mapper input data
[0066]
[0067]
[0068] As can be seen from Table 2-1, the system contains a total of 19 nodes n and 21 edges m; calculate the number D of related nodes associated with a certain node, and store the data of node n and the number D of related nodes in the data structure Hashtable , see Table 2-2. It can be see...
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