Titlebook: Wireless Networking for Moving Objects; Protocols, Architect Ivan Ganchev,Marília Curado,Andreas Kassler Book 2014 Springer International P

coalition

山間窄路

刺耳

Group Communication in Machine-to-Machine Environments and LDC, taking into account two-way latency tolerance, and multiple data-types. GoCAME also assures the concurrent execution of data requests, managing groups of nodes to provide the best strategy to reply to each data request.

彩色

Simulation Based Studies of Machine-to-Machine Communicationsconclusion that a successful simulation platform should have a user-friendly simulation framework and models that support virtualization. This will enable the incorporation of simulations into day-to-day engineering practice and thereby shrink the gap between the real and the virtual developing environments.

sinoatrial-node

A New Techno-Business Model Based on a Personal IPv6 Address for Wireless Networks of Moving Objectsw globally significant, network-independent PIPv6 address class will enable real number ownership and full anytime-anywhere-anyhow portability for future generations of wireless networks of moving objects, such as those in vehicular ad hoc networks (VANETs), mobile ad hoc networks (MANETs), and othe

耐寒

Information-Centric Networking in Mobile and Opportunistic Networksnetworks, but there might also be some significant potential to support communication in mobile wireless networks as well as opportunistic network scenarios, where end systems have spontaneous but time-limited contact to exchange data. This chapter addresses the reasoning why ICN has an important ro

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delta-waves

Cooperative Relaying for Wireless Local Area Networksfective in addressing the performance limitations of wireless networks due to user mobility and the scarcity of network resources. Future wireless systems are provisioned to be highly heterogeneous and interconnected, motivating cooperative relaying to be applied to future mobile networks. This chap

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