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EXERCISES 13.1. Describe a routing algorithm based on sector training [1] that will guarantee delivery in when there are empty sectors. 13.2. Derive a formula for the error involved when the position of an object is determined based on the angles measured from three given sensors [43]. Show that the error is minimized when the minimal angle in the triangle created by three measuring sensors is maximized. 13.3. Prove that the geocast_traversal_intersecting_faces algorithm guarantees delivery to all nodes inside the geocasting region, which is connected to the source [21,25]. 13.4. Design an algorithm for nding optimal ring sizes (for extending network lifetime) for reporting to a CH with data aggregation for the case of n rings [49]. 13.5. Design some protocols for moving the sink to a new position near the old position so that the overall energy consumption for reporting from last-hop sensors is reduced. Design another procedure for moving the sink to reduce the number of incoming reports that violate delay constraints [52]. 13.6. Design an energy-ef cient data-aggregation protocol for the following scenario. There are two types of sensors in a geocasting region, plus sensors outside the region. Some sensors inside the geocasting region are sensing and can perform data aggregation, while some other sensors are not sensing, but can only perform data aggregation, if needed. Sensors outside the geocasting region can only perform data aggregation, if needed, or can simply forward the traf c. 13.7. In a heterogeneous sensor network, there are two kinds of sensors. Some supersensors have high-energy resources and can communicate with each other and with the sink with much smaller delays than communication between regular sensors. Suppose that each node knows the distance to and label of the nearest

About vector and bitmap graphics 59 Flash drawing and painting tools 61 About overlapping shapes in Flash 62 Drawing with the Pencil tool 63 Drawing straight lines, ovals, and rectangles 63 Using the Pen tool 64 Painting with the Brush tool 69 Reshaping lines and shape outlines 70 Erasing 72 Modifying shapes 73 Snapping 74 Choosing drawing settings 75.

observation can be considered to be rational choices in the well-understood self-interest of individuals, especially when the social system is structured in a way that even the weak, less fortunate, and less able individuals participate in the common wealth (Rawls, 1971). For several reasons, this rational choice modeling of the justice motive is disputable.

Example 14.2.2 (Kolmogorov complexity of ) The rst n bits of can be calculated using a simple series expression. This program has a small constant length if the computer already knows n. Hence, K( 1 2 n |n) = c. (14.16)

RT and the database requirement that the RT is trying to capture Data modelers do not always specify the role name for each connection they will often simply use an abbreviated version of the connected ET name when there is no other obvious role name to use When no role name is speci ed, we can pretend that the role name is something like role-1 or role-2 However, there is one scenario where role names are extremely useful and therefore usually speci ed whenever the RT connects the same ET more than once This usually only happens with RTs of degree two (which are called binary relationship types) A binary relationship type that connects to only one ET is called a recursive relationship type, and the role names are vital to understanding the semantics behind the RT in this situation.

Excel 2002 includes a new detect and repair feature that will attempt to fix damaged or corrupt files. If this feature doesn t work for you (or if you use an earlier version of Excel), you can try the technique described here. If you are unable to load a corrupted Excel workbook, you can write a link formula to recover all or part of the data (but not the formulas). You can do so because the source file in a link formula does not need to be open. If your corrupt file is named Badfile.xls, for example, open a blank workbook and enter the following formula into cell A1 of Sheet1 to attempt to recover the data from Sheet1 of the corrupt workbook file: =[C:\Files\Badfile.xls]Sheet1!A1 In your new workbook, copy this formula down and to the right to recover as much information as you can. A better approach, however, is to maintain a backup of your important files.