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depends on the sensing distance and other factors For instance, some sensors may be malfunctioning (there are also some security issues, see 7 in this book) The process of data aggregation from multiple sensors is also referred to as collaborative signal processing Some sensors may aggregate data by doing some computation, such as computing the average of received values, computing the sum total of received values, and computing the largest/smallest of the received values In order to maximize ef ciency, wireless sensor networks may espouse division or work and functional specialization of sensors For example, based on their relative position and remaining energy level, some sensors may forgo sensing, limiting their activities to data aggregation and data forwarding, while some other sensors may engage in a larger spectrum of activities or even in all the activities for which they qualify.

6015 6.55 5.7

Wakeup intervals (s)

An interesting aspect of the division of work is that it is done dynamically, balancing the load of the various sensors in order to extend as much as possible the useful life of the network 1316 Deployment Strategies, Time Synchronization and Position Awareness There are several strategies for deploying wireless sensor networks The sensors can be embedded in the ambient environment, be embedded in the asphalt covering streets and highways, in the walls of building, in trees, and so on They can be placed deterministically by humans or robots, or incorporated in the paint coating walls, or deployed in a purely random fashion Most research is devoted to random placement, where the sensors are dispersed randomly by plane, artillery, humans, or robots Further, the initial deployment may be followed by later redeployment, as necessary Wireless sensor network self-organization includes a time component.

(11.93)

One aspect of the problem is the time at which each sensor starts to operate In many protocols, there exists an implicit assumption that all sensors start to operate at the same time, which could be preprogrammed, or may be externally decided and communicated The later option is avoided because sensors need to be in the idle state to receive any instruction, which is much more energy-consuming compared to the sleep state (when receivers are turned off) Sensor network operation may require time synchronization (covered in 7 in this book), whether or not all sensors follow the same time or at least have synchronized time slots Time synchronization can be provided by a global positioning system (GPS), by collaborative efforts, or can be achieved by some other means.

precisely the right time. This can be achieved via immediate synchronization (where sensor nodes receive the order to immediately take a sample and time-stamp it) or anticipated synchronization (where the order is to take the sample at some future time, the target time). Anticipated synchronization is necessary if it cannot be guaranteed that the order can be transmitted rapidly and simultaneously to all involved sensor nodes. This is especially the case if sensor nodes are more than one hop away from the node giving the order. Note that for successful anticipated synchronization, it is suf cient to maintain a synchronization quality that guarantees that the target time is not missed. This means that the required synchronization quality grows as the real time approaches the target time. There is no need to synchronize with maximum quality right from the beginning. Analogously to the event-triggered post facto synchronization, we might refer to time-triggered synchronization as pre facto synchronization. 7.3.3 Scope: All Nodes versus Subsets

(10) A (m x m), B (m x n) :

Some applications bene t or even require that the sensory data collected by sensors be supplemented with location information, which encourages the development of communication protocols that are location aware and perhaps location dependent The practical deployment of many sensor networks will result in sensors initially being unaware of their location: they must acquire this information postdeployment In fact, in most of the existing literature, the sensors are assumed to have learned their geographic position The location-awareness problem is for individual sensors to acquire location information either in absolute form (eg, geographic coordinates) or relative to a reference point The localization problem is for individual sensors to.

Most of the menu commands in Excel display a dialog box. These dialog boxes are quite consistent in terms of how they operate, except for some subtle differences found in the dialog boxes produced by the Analysis ToolPak add-in (which was written by a third party).