In general, ITS applications are distributed mobile applications composed of a number of distinct services; software components integrated into wide variety of nodes in vehicular ad-hoc networks (VANETs), in which most participants are mobile nodes equipped with vehicles.
Nevertheless, the cooperation can be merely applicable to mobile nodes equipped with WSN devices, because both UHF-RFID tag and HF badge are passive devices and cannot communicate with other passive devices for range or range-related observations.
Mobile nodes equipped with cellular capabilities managing traversing traffic between FiWi and MANET domains are in charge of modifying packets to maintain flow id information, i.e., forging IPv6 packets with the appropriate Flow Label in case of traffic from the MANET to the FiWi and specifying the appropriate application layer flow id in RAMP packets for traffic from the FiWi to the MANET domain.
As shown in Figure 2, a typical mobile node is equipped with three radio frequency (RF) devices: a WSN node, a UHF-RFID tag, and an HF badge.
In all our evaluation results, we think the sensed field is fixed and constant, the packet size is 20 KB for sending and forwarding, every mobile node is equipped with 512 KB buffer.
Consider a group of mobile sensor nodes equipped with sensing, computing, and communication capabilities which are spatially distributed in a given environment and are being used to jointly perform a task.
It consists of 16 nodes, with each node equipped with two modern graphic cards, the NVIDIA GeForce 8800 GTX.
As mentioned above, a mobile node may be equipped with different RF devices and the association information specifies how different RF devices are bound with together.
Base stations, APs and mobile nodes can be equipped with caches to support content exchange.
In [17], the authors consider the problem of deploying a mobile sensors network composed of a distributed collection of nodes equipped with locomotion capability.
