Titlebook: Web Information Systems Engineering – WISE 2017; 18th International C Athman Bouguettaya,Yunjun Gao,Qing Li Conference proceedings 2017 Spr

具体

When Will a Repost Cascade Settle Down?tantial previous work has studied and predicted various aspects of repost cascades such as growth, burst and recur. However, how or even whether it is possible to predict when a repost cascade will settle down remains to be an open problem. Existing models cannot be directly applied to solve the pro

强行引入

Criteria

Maximal Sub-prevalent Co-location Patterns and Efficient Mining Algorithmsence and public transportation. Observe that the existing approaches only consider the clique instances where feature instances form a clique and may neglect some important spatial correlations among features in practice, in this paper, we introduce . to measure the prevalence of co-location pattern

Communal

Overlapping Communities Meet Roles and Respective Behavioral Patterns in Networks with Node Attribut node attributes. The proposed approach relies on an innovative Bayesian probabilistic model of the statistical relationships among communities, roles, behavioral role patterns and attributes. Essentially, under the devised model, behavioral role patterns define the abstract social functions underly

Flustered

加强防卫

尖叫

dilute

Extractive Summarization via Overlap-Based Optimized Pickingmethod, OGP proves above . of optimal solution. Since citation context is composed of objective evaluations, OGP also solves subjectivity problem. Our experiment results show that OGP outperforms other baseline methods. And various criteria proves effectively involved under the control of single parameter ..

Watemelon

Innovative

Mining Co-location Patterns with Dominant Featuresures. Thirdly, an efficient algorithm is proposed for mining DFCP. Finally, we offer an experimental evaluation of the proposed algorithms on both real data sets and synthetic data sets in terms of efficiency, mining results and significance. The results show that our method can effectively discover DFCPs.