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This generative theory and methodology could be quite powerful in understanding the taxonomies of psychopathology and how clinicians use these taxonomies As mentioned, the previous revisions of the DSM focused on the definitions of individual mental disorder categories; the organization of those categories into hierarchies is an area that has hardly been addressed Because of this lack of attention, the DSM has become ungainly First, the earliest version of the DSM had only two major and one minor category at the highest level of this system The most recent substantive revision of the DSM (ie, the DSM-IV, 1994) has 17 higher level categories Second, the number of levels in the DSM varies widely depending on the superordinate category, whereas most natural hierarchies have a similar number of levels across superordinate categories.

2.21 (0.65) 2.05 (0.69)

The anxiety disorders have no intermediate-level categories between the diagnostic level and the superordinate category anxiety disorders, whereas the sexual disorders have several intermediate categories between the diagnostic level and the superordinate level Third, the divisions of diagnostic-level categories are not based on any sort of logic Within the superordinate category disorders first diagnosed in childhood, divisions of the diagnosis.

clinical scales include Hypochondriasis (Hs), Depression (D), Conversion Hysteria (Hy), Psychopathic deviate (Pd), Masculinityfemininity (Mf), Paranoia (Pa), Psychasthenia (Pt), Schizophrenia (Sc), Hypomania (Ma), and Social Introversion (Si). Scores are normed using standardized T-scores, meaning that each scale has a mean of 50 and a standard deviation of 10. Scores above 65 (representing one-and-one-half standard deviations above the mean) are considered elevated, and in the clinical range. While 65 is the cut off score on the MMPI-2 and MMPI-A, 70 is used with the original MMPI. Table 8.4 provides a description of each of the MMPI scales.

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the deadline expires decide to remain active for the considered round, and send a message to all its neighbors informing them about the decision. Such a message is called positive acknowledgment [60]. The process repeats in each round in synchronous fashion. The details of the protocol given in ref. [60] include how the time-out is decided, and how the area coverage and connectivity tests are performed. First consider the case of equal sensing and transmission radii. One important property of the protocol is that no prior knowledge about neighbor existence and location is required. That is, there is no communication overhead coming from the preprocessing step to collect neighborhood information. The test for connectivity of covering circles must be performed whenever 2S . R, where S and R are sensing and transmission radii. The network can reselect covering nodes periodically to spread the sensing cost dynamically over all nodes in a fair manner. This method signi cantly extends the network s life. If the density is more than 30 nodes per unit area, the areadominating graph is sparse, with nodes having on average three neighbors (this is valid when sensing and communication ranges are equal). In addition, the distance between its two neighboring nodes is typically two-thirds of the transmission radius. Hence, active nodes form a very simple network with a structure similar to regular hexagonal tiling. 11.4.7 Multiple Sensor Area Coverage

routing (SSA) [9], ad hoc on-demand distance vector routing (AODV) [23], and temporally ordered routing algorithm (TORA) [21] Recently, a hybrid of proactive and reactive approaches, called the zone routing protocol (ZRP) [10], has also been proposed Route maintenance, route optimization, and error recovery are discussed in [35] 1721 Proactive Protocols One representative proactive protocol is the destination-sequenced distance vector routing (DSDV) protocol It is based on the traditional distance vector routing mechanism, also called the Bellman Ford routing algorithm [26], with some modifications to avoid routing loops The main operations of the distance vector scheme are as follows Every router collects the routing information from all its neighbors, and then computes the shortest paths to all nodes in the network After generating a new routing table, the router broadcasts this table to all its neighbors.

The associated system of reference is the Geographical Referential (with reference to a meridian of origin). From this referential, it is also possible to de ne a Cartesian referential, called the Earth-Centered Earth-Fixed (ECEF). The main parameters are as follows (see Fig. 2.12d):

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Fundamentals of Telecommunications. Roger L. Freeman Copyright 1999 Roger L. Freeman Published by John Wiley & Sons, Inc. ISBNs: 0-471-29699-6 (Hardback); 0-471-22416-2 (Electronic)

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