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6 In what sense can the frequency locked loop help the delay locked loop Why is it important to achieve such help In which cases will the performance of a receiver be limited without this help What are then the effects on positioning Exercise 77 Is there an interest in using a feedback loop for both frequency and delay In order to answer one needs to analyze the real needs (time and frequency measurements) together with the characteristics of the signals (Doppler shift and constant variation of pseudo ranges) Give quantitative details for speci c cases For example, consider a low elevation satellite and a high elevation one, with static, dynamic, and high dynamic receiver modes Exercise 78 In order to increase sensitivity, one solution is to implement a long integration technique Brie y describe the concept and interest of long integration.

For example, driving through a red light without stopping due to distraction from a heated conversation with a passenger would reflect a situational attribution while driving through the red light because the person is a careless and reckless driver would reflect a dispositional attribution Thus, a professional football player might attribute missing an easy field goal to distraction from a loud audience or from the sun.

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model). Right: Local error bars giving more precise local information about the con dence of the model (taking into account holes in the data and extrapolation regions).

OpenWrt has a great how-to document on compiling for OpenWrt and building packages at http://wiki.openwrt.org/BuildingPackagesHowTo.

short-lived and group-based synchronization, where a group is loosely de ned as the collection of sensors that collaborate to achieve a given task. The details of a lightweight synchronization protocol for wireless sensor networks will be the subject of another chapter in this book. We assume that individual sensors operate subject to the following fundamental constraints:

Message Oriented Programming Consider a typical conversation between two or more components One of the components will begin the conversation by making a request Each of the other components in the conversation will react to the request in one of three ways: respond to the request, ignore the request, or begin a new conversation When the requests and replies are implemented using Remote-Code Execution, the conversation is more restricted in effect, the request and response are implemented by making separate Remote Procedure Calls or Remote Method Invocations between each pair of components involved In this case, the reaction is implemented using the return value or the output parameters available after the call/invocation completes In other words, from the requesting component s point of view, the reaction details are immediately available after the procedure call/method invocation completes.

Stojmenovic and Lin generalize the model of Rodoplu and Meng [18] and assume that the power needed for transmission and reception of a signal is u(d)= ad + bd + c in order to include models that attenuate signal power of various exponents The coefficient a depends upon the physical environment, unit of length considered, unit size of a signal, and so on The distance between two nodes is denoted as d The factor represents signal attenuation and is adjusted depending on the model used Typically, = 2 and = 4 are used for free-space and urban environments The factor c represents energy consumption for activities such as computer processing and encoding/decoding.

General Concepts of Localized Algorithms A localized algorithm defines each node as being capable of making forwarding decisions based on its own location, the locations of its neighboring nodes and the destination, and a constant amount of additional information It is assumed that every node stores the geographic location information of all other nodes in the network in its routing table This includes the time when the location of the node is established The location update is done as follows The sender attaches its latest location to an outgoing message Intermediate nodes may use their most recent location information, replace the location information in the header, and also update their own Path adjustments can be made as the message travels closer to the destination The routing table is only used to provide approximate location information of the destination node and accurate information about the location of neighboring nodes.