List of Tables

1.1 Differences between cellular and next generation wireless networks
2.1 Values of the distance–power gradient in different propagation environments
2.2 Current draw of typical WiFi and ZigBee products
3.1 Classification of representative mobility models according to different criteria
5.1 Values of vRWP for different widths of the speed interval (in m/s)
8.1 Main features of the various IEEE 802.11 protocols
8.2 List of the most significant amendments to the IEEE 802.11 standard
9.1 Main features of some real-world WLAN traces
10.1 Monthly correlation in WLAN user mobility reporting, for each pair of monthly sub-traces, the cosine distance of the corresponding steady-state user/AP distribution
10.2 Prediction accuracy of the 1-location (1) and 2-locations (2) estimators for different values of the time parameters. Values of Tp,h, and K are expressed in seconds
10.3 Probability distributions used in the KKK mobility model. The pause time and speed distributions are derived using min = 0.1 m/s
11.1 Main features of the IEEE 802.11a and 802.11p PHY layer specifications
11.2 Requirements of ICW and EEBL applications
17.1 Short-range wireless technologies for opportunistic network communications
18.1 Some representative routing protocols for opportunistic networks
19.1 Centrality metrics of the social network displayed in Figure 19.1
19.2 Main features of the data traces analyzed in Karagiannis et al. (2007)
20.1 Transition matrix of the Markov chain used to model existence/non-existence of a pairwise wireless link in the Home-MEG model
20.2 Optimal parameters of the Home-MEG model for the three data traces shown in Figure 20.11
21.1 The critical transmission range for connectivity with uniform node spatial distribution and distribution generated by RWP mobility for networks of increasing number n of nodes
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