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<extension-point id="views" name="%ExtPointviews" schema="schema/viewsmxsd"/> A point that often trips us is that the only difference between the declaration of an extension point and a use of that point is the dash "-" Be careful when defining new extension points, or use the PDE tools to edit the manifest file Notice that the id in the declaration has no unique prefix Eclipse prepends the plug-in id as a prefix for all extension points Extensions, however, must use the fully qualified You id always declare an extension point within a particular plug-in When you use it, however, you could be in the same plug-in, or in a completely different plug-in The name of an extension point is used by PDE to display the extension point to a user The name above is internationalized, a topic we'll cover in Circle Two Mimicking the views extension point declaration, we need to declare ourlisteners extension point as:

The next level, as already indicated, is to explicitly include more nodes whose position is trusted In the SeRLoc and HiRLoc protocols [68, 69], multiple secure nodes produce beacons that are used by lower-cost sensors to passively estimate their positions, eliminating interactions among insecure nodes and thus many attacks In the SPINE protocol [105], multiple beacons are also employed, and certain facts regarding propagation are used to verify distances; in particular, it is shown that attackers may be able to lie about position to extend distances, but cannot produce viable attacks that shorten distances One might accomplish a similar aim with mobile nodes with accurate location capability passing through the network in one sweep, in a position calibration exercise.

<extension-point id="listeners" name="Test Listeners"/> Say we want our result dialog to pop up whenever tests are run (This is a horrible user-interface long-term, but it serves to demonstrate the topic of this chapter) The Fair Play Rule suggests we should use the same mechanism for our code that we offer to clients We should notify all extensions the same way When should we load the extensions One simple answer is to load them when Eclipse starts up However, if all plug-ins loaded all

multiple providers competing for your business. However, the flip side of this coin is that it can be difficult for an employer to choose the right vendor for its particular plan and participants. We have outlined the process we use with our clients in Table 3.2. The first step that we recommend to clients is to take time to benchmark where they are as well as what their goals are. Time spent at this initial stage will go a long way to helping you make a better decision later on in the process. The next step is drafting a request for proposal (RFP). A sample RFP based on this process is provided in Appendix A. As you can see, our RFP is very streamlined and focuses on the critical needs of our clients. We view an RFP as the start of a conversation between the vendor and our clients. It is us trying to communicate how our client is unique and different from others, and what their key drivers are. We look to promote honest open dialogue with the vendors. Our only goal is to help our clients make the best decision that fits their needs. Table 3.2 Vendor Selection: Process Overview

Mobile elements can also provide timing beacons successively to different parts of the network to enable accurate distance estimates, while sets of reliable elements can better estimate the propagation model parameters for use in re ning position estimates Some of the bene ts possible with controlled mobility are described in reference 92 Turning things around, static elements, once having determined their positions, can greatly assist mobile elements in estimating their own positions as they traverse a network 1443 Reliable Synchronization As noted in the prior section, synchronization is usually a requirement for reliable position location, and of course the time that events take place is often of interest on its own The level of synchronization required very much depends on the applications In.

extensions at startup, startup would be proportional to the number of installed plug-ins The better solution is to lazily load the extensions the first time they need to be notified The getter method lazily computes the listeners as follows:

practical terms, one may distinguish among synchronism mediated by the operating system of the sensor node as compared to synchronism for physical layer communications Very different types of algorithms are required; and in practice, multiple layers of synchronism are often present in sensor networks Explicit synchronism algorithms are required because clocks that are initially aligned will not stay that way Even if they are physically identical, small temperature differences will be manifested as frequency offsets, and thermal noise will cause jitter Radios typically present the most stringent synchronism requirements in sensor networks since the carrier frequency and phase must usually be aligned, using some combination of frequency and phase-locked loops [106], wherein the receiver locks to the reference of the transmitter.