Cross-social-network user identity recognition method based on neural tensor network
A user identification and social network technology, applied in the field of cross-social network user identification based on neural tensor network, can solve problems such as implicit relationship modeling, and achieve the effect of improving recall rate and comprehensive evaluation index.
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Embodiment 1
[0055] Such as figure 2 As shown, the embodiment of the present invention provides a kind of cross-social network user identification method based on neural tensor network, comprising the following steps:
[0056] S101, network representation learning based on Random Walks and Skip-gram models, the source network G s and the target network G t The network structure space of each is mapped to the vector space; the source network G s and the target network G t Belong to two different types of social networks;
[0057] S102, based on the vector space obtained in step S101, use the neural tensor network model to generate the source network G s and the target network G t Model the association relationship between user nodes in ;
[0058] S103. Input the correlation vector obtained by modeling in step S102 into the multi-layer perceptron model for binary classification, and judge the source network G according to the classification result s and the target network G t Whethe...
Embodiment 2
[0064] On the basis of the above-mentioned embodiments, the embodiment of the present invention provides another cross-social network user identification method based on neural tensor network, comprising the following steps:
[0065] S201, network representation learning based on Random Walks and Skip-gram model, the source network G s and the target network G t The network structure spaces of are each mapped to the vector space:
[0066] Specifically, this step includes two stages: network structure sampling and network representation. in:
[0067] Network structure sampling is specifically as follows: First, for the source network G s and the target network G t , all generate multiple sequences for each user node in the network through multiple rounds of random walks, which are used to indicate the social relationship between user nodes; these sequences can be called "corpus" and are used to learn user nodes The vector representation of .
[0068] For example, taking t...
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