BAN commun...Figure 11.4 A typical ZigBee network topology. (See color plate section for ...Figure 11.5 The pdfs representing on-body channel-gain agglomerate from ever...Figure 11.6 Routing design for MHRP [96].Figure 11.7 Two-relay cooperative network used in [47].12 Chapter 12Figure 12.1 A typical node in an energy harvesting sensor network [5].Figure 12.2 Environment (solar and wind) energy harvesting [6].Figure 12.3 Some methods of energy harvesting [8].Figure 12.4 Energy sources (rectangular blocks) and their extraction techniq...Figure 12.5 A translational inertial generator model using mass, spring, and...Figure 12.6 Simplified models of different vibration energy harvesters [14]....Figure 12.7 Two modes of energy harvesting through the triboelectric effect ...Figure 12.8 Simplified model of a photovoltaic cell [14].Figure 12.9 Simplified illustration of thermoelectric effect leading to elec...Figure 12.10 Microbial fuel cell concept: bacteria remove electrons from org...Figure 12.11 The structure of boot-installed energy harvesting system [42]....
13 Chapter 13Figure 13.1 IEEE 802.15.6 security hierarchy [1].Figure 13.2 A DES structure.Figure 13.3 A DES round function.Figure 13.4 An AES structure.Figure 13.5 The process steps of the first round.
14 Chapter 14Figure 14.1 Popular network topologies: (a) peer-to-peer; (b) star topology ...Figure 14.2 (a) Mica2 mote with its sensor board; (b) MicaZ mote.Figure 14.3 TelosB mote.Figure 14.4 IRIS Mote: (a) top and (b) back views.Figure 14.5 iSense core.Figure 14.6 Preon32 wireless module.Figure 14.7 Wasp mote.Figure 14.8 WiSense mote.Figure 14.9 panStamp NRG 3 mote.Figure 14.10 Jennic JN5139-Z01.
Guide
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2 Table of Contents
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