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The following topics are dealt with: distributed and parallel computing; semantic Web; mobile networks; peer-to-peer computing; sealable computing; Internet; opportunistic and delay tolerant networks; agent and dependable systems; intelligent computing; communication networks; service oriented architecture; security; wireless sensor networks; privacy; ad hoc networks; life science modeling and computing;...
Pervasive computing is a rapidly developing area of Information and Communications Technology (ICT). It refers to the increasing integration of ICT into people's lives and environments, made possible by the convergence of advanced electronic - and particularly, wireless - technologies and the Internet. Wireless technologies are expected to connect various devices in many potential applications, from...
The following topics are dealt with: autonomic event computing; user-provided networking; broadband single carrier; HeterWMN mobile networks; HeterWMN wireless sensor networks; femtocell networks; exploiting shared media; aerial channel analysis and physical data links; handover and network selection in future broadband networks; performance modelling; coding for memories; cognitive radio, VANET and...
M2M, means “Machine to Machine”, including “Machine to Mobile”, “Man to Machine”, etc., is the most popular application form of Internet of Things (IOT) in current stage, whose data transmission is supported by cable, wireless, mobile and other technology, which may be significant security vulnerabilities and risks. In addition, in many use cases, it is likely that M2M will be deployed in very large...
The following topics are dealt with: network computing; performance optimization; failure management; cloud services; Web services; security; wireless sensor network; mobile ad hoc network; fault tolerance; overlay network; and telecommunication network routing.
The following topics are dealt with: interconnection networks; distributed processing; parallel processing; multi-core architectures; distributed systems; intelligent systems; ubiquitous systems; middleware; ubiquitous networking; wireless sensor networks; mobile ad hoc networks; security; service computing; routing; Internet; Web technology; medical document processing; intelligent medical information...
With the advances in the processing capabilities of wireless devices such as smart phones and laptops, the demand for staying connected to the Internet has steadily increased. This demand is strengthened further by the introduction of Internet connectivity within the airplanes. Mobile IP is one of the protocols that have been proposed to support user/network mobility. Mobile IP introduces new entities...
Mobility is one of the most important issues in the next generation of wireless sensor networks. In the future Internet oriented to Internet-of-things and awareness context solutions is essential to support mobility and global addressing. Furthermore, in medical environments it is crucial to support fault tolerance, since human life depends on these systems. This paper presents an architecture to...
Recent works have shown the usefulness of network and application layer protocols that connect low power sensor nodes directly to multiple applications and users on the Internet. We propose a security solution for this scenario. While previous works have provided security support for various communication patterns in sensor networks, such as among nodes, from nodes to a base station, and from users...
The following topics are dealt with: Internet; network architecture; Web services; security; wireless sensor network; data management; data modelling; networked sensing system; reliability; social responsibility; grid computing middleware; Web-supported learning communities; ubiquitous networking; and mobile systems.
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