Title :
Convince a Dozen More and Succeed -- The Influence in Multi-layered Social Networks
Author :
Michalski, R. ; Kazienko, P. ; Jankowski, Jaroslaw
Author_Institution :
Inst. of Inf., Wroclaw Univ. of Technol., Wroclaw, Poland
Abstract :
Humans utilise multiple communication channels in their social interactions and also information diffusion as well as the spread of influence are practically related with many contexts. Each such context (channel) may represent a different communication method or a different environment of a given person. This facilitates building multiple social networks, that are not independent. They share the same set of nodes connected with many links grounded on different layers - these networks are called multi-layered or multiplex social networks. The influence process may vary in these kinds of social networks depending on the network model, the level of influence for each layer and other factors such as the overlap of nodes and links across layers. In this paper, the influence processes in multi-layered social networks have been analysed showing that for almost all analysed network models, the success in convincing few more individuals may be crucial for the whole influence process. The results revealed that the process is not linear in terms of relation between the number of initially influenced individuals and the total number of influenced nodes. The linear threshold model has been utilized as a base influence model.
Keywords :
social aspects of automation; social networking (online); analysed network models; base influence model; communication method; influenced individuals; linear threshold model; multilayered social networks; multiple communication channels; multiplex social networks; social interactions; Barium; Communication channels; Diffusion processes; Erbium; Integrated circuit modeling; Social network services; Technological innovation; linear threshold; multi-layered networks; multiplex networks; social network analysis; spread of influence;
Conference_Titel :
Signal-Image Technology & Internet-Based Systems (SITIS), 2013 International Conference on
Conference_Location :
Kyoto
DOI :
10.1109/SITIS.2013.85