Title :
Breaking into the social nervous system: Architecture for reality mining
Author :
Vashisth, Deepak Kumar ; Sharma, Himanshu
Author_Institution :
Dept. of Inf. Technol., MD Univ., Rhotak, India
Abstract :
Gathering and analyzing of real time communicational traces in a society empowers us to formulate behavioral structure of its members. Reality Mining the core concept to support this enables us to collect digital breadcrumbs left by people while they perform their daily activities. Collection of these signals through sociometric badges and then formulating them for a visual view is shown in the further section of this paper. The model proposed in this paper is based on multi-level information gathering and filtration system. In this model society is divided in groups on the basis of their intra-group and inter-group interactions. It determines the sequestered groups and the quickest information distributing group. This filtration is processed on the server and all the data transactions are accomplished with secure protocols. For collection of communicational traces we argue use of mobile devices as sensors, which process data to further server. Further incorporation of influential model and centrality approaches enable us to detect most influential person in the sub-group. Implementation of Web based multi-level architecture allows easy extension, wider area coverage, storing and processing large log records and easy integration with preexisting communication network.
Keywords :
Bluetooth; data mining; mobile computing; social sciences computing; transport protocols; wireless LAN; Bluetooth; Web based multilevel architecture; Wi-Fi; behavioral structure; centrality approaches; communicational trace collection; data processing; data transactions; influential model; influential person detection; information distributing group; intergroup interactions; intragroup interactions; mobile devices; multilevel information filtration system; multilevel information gathering system; real-time communicational trace analysis; real-time communicational trace gathering; reality mining architecture; secure protocols; sensors; social nervous system; sociometric badges; visual view; Bluetooth; Data mining; Data visualization; Protocols; Sensors; Servers; Visualization; SAML; Sociomertic badges; centrality; clique; intermediate server; multilevel-architecture; styling;
Conference_Titel :
Global Humanitarian Technology Conference (GHTC), 2014 IEEE
Conference_Location :
San Jose, CA
DOI :
10.1109/GHTC.2014.6970360