Research Article
Prediction of New Media Information Dissemination Speed and Scale Effect Based on Large-Scale Graph Neural Network
Algorithm 2
Learning process of the NWIFD model.
| | input: cascade graph C, sequence of cascade graph adjacency matrices , time window of observation | | | output: predicted information cascade incremental scale | | (1) | the Laplacian matrix of the concatenated graph C; | | (2) | the graph wavelet for each node ; | | (3) | compute the node embeddings of the information cascade graph ; | | (4) | Calculate the node embedding of the global graph ; | | | Calculate the global matrix | | (5) | while not converge do | | (6) | Train a bidirectional gated recurrent unit to acquire ; | | (7) | for each user in the pair i do | | (8) | calculate | | (9) | end for | | (10) | get ; | | (11) | Train a cascaded variational autoencoder to obtain ; | | (12) | Obtained by K transformations ; | | (13) | Combining sums and sums to make final scale incremental forecasts; | | (14) | end while |
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