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shared tree. Senders and receivers join a multicast group by registering at their rendezvous router. A rendezvous point is simply an IP address of a single router. These points are used by senders to announce themselves and for receivers to find out about new senders for a group. Where and how is the RP found There is one router in a single PIM domain (a contiguous set of routers that all implement PIM) called the bootstrap router (BSR). This router is responsible for sending out Bootstrap messages. The BSR is dynamically elected and distributes information about the RP. BSR information is sent to each router in the PIM domain. To find out about RPs, all routers within a PIM domain collect Bootstrap messages and store the information contained in the BSR messages. If a router wishes to work as an RP, it becomes a candidate RP (C-RP). C-RPs send out Advertisement messages to the BSR for the domain. Inside the advertisements are the Group Address and the Group Mask (prefix) fields for which it can become the RP; in other words, what group address ranges it can support as an RP. This range can be one group to all groups. This allows the BSR to distribute RP information to other PIM routers in the domain using the All-PIM-Routers message.

In the previous chapter, the idea of the Mobile World, in which the user can access a variety of services at any time and anywhere, using his/her personal wireless devices as well as other resources and embedded devices in the environment, was envisioned. In this chapter, the current mobility landcape is reviewed by examining particular trends that are increasingly making this Mobile World a reality, such as the convergence of xed and mobile systems, the trend towards intelligent environments, and the increasing number of mobile applications and services (Section 2.1). Then, a generically applicable user-centred design (UCD) approach is introduced to take into account the end-users, the people for whom the mobile applications and services are created. Section 2.2 discusses UCD and user perspectives related to future services with advanced methodologies and processes for user research. UCD is not one single process description but rather a set of potential methods and tools that can quite exibly be implemented case by case. Section 2.3 gives examples of and explanations on the approach of this book. It describes in detail the selected focus group (families) and their identi ed needs, the scenario-driven process leading to key user requirements, and the implementation of the Big Loop UCD process described in Section 2.2. Finally, Section 2.4 is a short conclusion summarising some key conclusions relating to the other chapters in this book and a summary on implementing a user-centred design process in order to create new applications, services and related enabling technologies.

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The numerator of Equation 25.13 represents the sum of the order agreement between corresponding pairs of scores. If the order of the pair is the same on both variables, then (dihx )(dihy ) = +1. If the order is not the same, (dihx )(dihy ) = 1. Finally, if one or both pairs are tied, (dihx )(dihy ) = 0. There are a number of forms of Kendall s tau that can be de ned by altering the denominator of Equation 25.13. When there are no ties on X or Y, then the sum of squared dominance scores is equal to the number of pairs for the (i > h) comparisons, which is (1/2) n (n 1). Therefore, tau may be expressed in the form Kendall (1970) calls tau-a, dihx dihy ta =

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Prototype diagnosis of personality (Continued) identifying prototypes using the SWAP-2000 Q-Sort, 245 251 case study, 251 253 Pseudo-Freudian slip, 77 78 Psychoanalysis, critique of, 73 96 dream interpretation, 75, 88 90 etiological transference argument, 86 88 explanatory pseudo-unification generated by Freud s compromise model of neuroses, dreams, and slips, 90 91 free association, 82 86, 88 90 future prospects, 95 96 hermeneutic reconstruction of psychoanalysis, 91 93 history and logical relations of the dynamic and cognitive, 75 77 negative affect and forgetting, 81 82 post-Freudian developments, 93 95 pseudo-Freudian slip, 77 78 species of the unconscious, 75 77 Western culture, 77 80 Psychodynamic theory/approaches, 164 177 borderline personality, 173, 296 299 cluster model, revisiting/revising, 176 177 convergences among personality disorder models, 176 coping/defense style, 167, 168, 170 171 current status and future directions, 174 177 dependent personality, 173 174 ego strength, 166 167, 168, 169 etiology of psychopathology, 166 fixation, 168 172 integrating psychodynamic personality disorder processes, 172 174 intergenerational personality disorder linkages, 175 176 introjects, 168, 171 172 narcissistic personality, 174 neurosis, 168 object relations/object representations, 167, 168 172 political psychology, 201 primary and secondary personality disorder psychodynamics, 175 psychoanalytic perspectives on psychopathology/ personality disorders, 165 172 psychodynamics of psychopathology, 166, 175 psychosis, 168 reality testing, differences in, 169 self/others, differences in perception of, 171 172 tripartite severity model, 167 168 Psychological factors in personality disorders, 29 30 Psychopathology/psychopathy, 229 235, 271 287. See also Personality disorders antisocial personality disorder (APD), 278 279 classification: basic level and, 62 64 concept of normality and, 229 235 failure of model of biological classification for, 59 60

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