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Traditionally, the main emphasis in cellular networks has been on bidirectional point-to-point communication However, the bene ts that come with point-to-multipoint (p-t-m) model have been noted and therefore some steps towards this direction have been taken in 3GPP (Third-Generation Partnership Project) In release 99 of the 3GPP standards, two p-t-m concepts have already been de ned: cell broadcast service (CBS) and IP multicast support CBS enables transmission of low-bit-rate data services to a prede ned set of cells over a p-t-m bearer on the air interface [34] Because of bit rate limitations, CBS is not suitable for delivering multimedia types of data, but ts well for services whose purpose is to be available to all subscribers in a certain area and does not require high bit rates As the term states, IP multicast support enables the subscribers to receive IP multicast traf c over 3G networks [35].

In contrast to CBS, IP multicast support does not limit the transmitted data types, but enables transmission of any kind of data that can be carried over IP The major drawback in this concept is that in reality the data are always delivered over dedicated p-t-p bearers Thus, from a resource usage point of view, the data delivered using IP multicast support does not differ from normal packet calls, and no real savings can be found, so, in other words, this has no gain (a multicast gain of one) To overcome these weaknesses in the existing p-t-m services, 3GPP launched a standardization process for a new service concept Multimedia broadcast/multicast service (MBMS) is a new p-t-m bearer service that enables ef cient unidirectional p-t-m multimedia data delivery to mobile subscribers [36] MBMS has two modes of operation: broadcast mode and multicast mode.

The phases of service provisioning in these modes are illustrated in Figure 1016 In the multicast mode services, users need to subscribe to services When wanting to start the service data reception, an explicit request to join the service must be sent toward the network On the contrary, in the broadcast mode the service data are always sent to the prede ned network area without any MBMS system knowledge of the presence of potential receivers (ie, subscription and joining are not required in the broadcast mode) Thus, in the multicast mode the data can be selectively sent only to such cells that contain listeners Furthermore, charging data (ie, usage reports) can be collected for the end users in multicast mode, unlike the case in broadcast mode..

Although sport and exercise participants may reap rewards as a result of their involvement in physical activity, so, too, may they encounter risks. Physical injury is paramount among these risks. Epidemiological data suggest that sport injury is a pervasive public health problem (Caine, Caine, & Lindner, 1996). In the United Kingdom, sport or exercise was the single leading source of injury in a population survey, accounting for approximately one-third of all injuries (Uitenbroek, 1996). In Australia, sport-related injuries were identified as responsible for 20% of child and 18% of adult hospital emergency room visits (Finch, Valuri, & Ozanne-Smith, 1998). In the United States, child and adult participants in sport and recreation sustain an estimated 7 million injuries annually (Conn, Annest, & Gilchrist, 2003), more than 2 million of which result in hospital emergency room visits (Burt & Overpeck, 2001). The personal and societal costs associated with sport injuries are astronomical. During a 1-year period in the state of North Carolina, injuries incurred by high school athletes in 12 sports were projected to produce long-term medical costs of $10 million and lost earnings of $19 million (Weaver et al., 1999). In addition to the adverse impact sport injury can have on physical functioning and, concomitantly, on sport performance, sport injury can exact a psychological toll that is manifested in terms of cognition, affect, and behavior.

The examination of the developmental profiles of athletes as a function of gender might help to uncover differences in the types of practice and experiences of these athletes across the developmental continuum It would appear most useful to start at a point where performance differences do not differentiate across gender For example, in sports such as archery, croquet, and ten-pin bowling, samples of women who are matched for equivalent performance to samples of men have been found (eg, P R Thomas, Schlinker, & Over, 1996) It may be that practice experiences as a function of gender are both quantitatively and qualitatively different, with the demands and amount of practice for women athletes being more stringent than those for men to attain a similar level of performance.