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when re ected in actual space, is responsible for the apparent growth in hole sizes. (Despite this fact, the physical coverage area is unaffected, a necessary property of sensor networks.) It is also responsible for the improvement in the performance of greedy routing because it re ects network paths and connections more than node location in the physical space. One drawback to approaches in this class of position-based routing is the expense incurred by the computation and transmission necessary to establish a reasonable coordinate system. Consider NoGeo, for example, that it is somewhat impractical in that initialization requires O( n) nodes to ood the network, and it is also inpractical for least this number of nodes to store O(n) state (since the distance vectors occupy at O( n n) space). We proceed with an approach that reduces this expense in exchange for a loss in topological accuracy.

842 Hop-Based Coordinates and Routing One alternative approach to constructing virtual coordinates foregoes Euclidean approximations, altogether Instead, designated coordinates are comprised of a vector that contains a set of hop-distances to beacons located around the sensor network [45 48] As is the case with NoGeo, the goal of these methods is to deliver packets in an environment with no a priori knowledge of node locations, in a point-to-point manner We demonstrate this approach to position-based routing using Beacon Vector Routing (BVR) in reference 47 and reserve discussion for the differences with other projects until later BVR is a protocol that assigns routing coordinates and de nes a distance function used in forwarding decisions A node s coordinate is a tuple recording the hop distance to each of a subset of available beacons, information that is disseminated using reverse path tree constructions.

Options (with the exception of S&P 500 options contracts) Limited partnerships Venture capital investments Securities of the plan sponsor or any of its subsidiaries Real estate

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(A reverse path tree construction occurs when a beacon broadcasts its existence to the network and all remaining nodes record the shortest hop distance to that beacon) A distance function is used to route greedily In the event that greedy routing fails, a correction mechanism exists to guarantee delivery Let r denote the total number of beacons, and let qi denote the distance in hops from a node to beacon i The position of node q is the tuple (q1 , q2 , , qr ) By this de nition, it is possible for multiple nodes to share the same coordinate so a node identi er is necessary to disambiguate between nodes with identical coordinates The distance function must favor greedy forwarding to maintain a high level of ef ciency When evaluating the distance function, the BVR metric aims to minimize the difference in coordinates componentwise.

To verify that you have externalized all strings, you might want to turn on the Usage of non-externalized strings Java compiler option (Window > Preferences > Java > Compiler) One problem with internationalization is you don't want to wait to ship your plug-ins until all the translations are ready To ship translations separately, Eclipse provides fragments A fragment allows you to add code or resources to an existing plug-in Once the translations are ready, you can package them up into a fragment that extends your base plug-in

This metric is based on the idea that it is better to move toward a beacon close to the destination than it is to move away Hence, the distance function is designed to move a message toward a beacon if the destination is closer to the beacon than the current node; that is, it also moves a message away from a beacon if the destination is further away (Note that using this intuition, movement toward a beacon always reduces the distance to the destination but moving away is not: The destination may sit on the other side of the beacon from the current node).

Let the distance function (p, d) measure the goodness of node p as a next hop to d. The above intuition is encapsulated into the distance function using the sums + (p, d) = k

The RPC s selection of an investment manager(s) must be based on prudent due diligence procedures. A qualifying investment manager must be a registered investment adviser under the Investment Advisers Act of 1940, a bank, or insurance company. The RPC requires that each investment manager provide, in writing, acknowledgment of fiduciary responsibility to the Plan.

A plug-in fragment provides additional contents to an existing plug-in The plug-in is already installed and should not be modified A fragment is usually stored in the plugins directory together with the other plug-ins When Eclipse detects a fragment its contents are merged with the existing plug-in In Eclipse fragments are used for two different purposes One is to make additional translations available ("language packs") The other use is to define platform-specific contents for an existing plug-in For example, the fragment orgeclipseswtwin32 contains the win32-specific code of SWT Fragments come with a fragmentxml manifest This is an example of a fragment for a language pack for the JDT UI plug-in (orgeclipsejdtui) contributing translations in a nl1jar:

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