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of participation and contributions remained high. 3GPP produced a common set of Technical Speci cations for UMTS based on service innovation, UTRA and the GSM core network evolution. The work was started in December 1998. The Technical Speci cations of UMTS Release 99 were completed in December 1999. Some smaller issues were resolved by March 2000. For this purpose all pure UMTS work was transferred from SMG to 3GPP during the rst quarter of 1999. The responsibility for the common GSM and UMTS speci cations was transferred in the third quarter of 1999. 3GPP was supported by a large number of SMG contributors and SMG leaders. The full-time program managers of the SMG technical support were made available to 3GPP. All proven SMG working methods were made available to 3GPP. In autumn 1999 ANSI T1P1 and TIA with UWCC proposed the transfer of the remaining GSM work (mainly EDGE, SIM and mobile station testing) to 3GPP in order to ensure the cohesion between the classic GSM and UMTS. The ETSI Board endorsed this proposal based on a review and recommendation of SMG. A Board ad-hoc group was installed with SMG representation. The negotiations between the partners led to an acceptance in principle in May 2000. Therefore, the remaining GSM activities were transferred to 3GPP in mid-2000. ETSI Project UMTS attracted 30 50 delegates and did not have the momentum to produce UMTS speci cations. It was closed in 2000. So nally the SMG vision of 3GPP was realised. The creation of 3GPP ensures the integrity of GSM and UMTS, the cohesion between GSM and UMTS and the cross-fertilisation of GSM and UMTS. 3GPP allows all interested and committed organisations, e.g. regulators, network operators and manufacturers world-wide to participate in the work with equal rights.

The number of polygons h in the interior of a polygonal system is then obtained when P is divided by the area of one polygon, namely 3/4, 3 3/2, and 1 for triangular, hexagonal, and square systems, respectively, where each edge is assumed to be of length 1 It remains to compute the coordinates (xi , yi ) of vertices along the perimeter They can be easily obtained by projecting each of the unit vectors corresponding to directions 0, 1, 2, 3, 4, and 5 of triangular/hexagonal and 0, 1, 2, and 3 of square system onto the Cartesian coordinates Let u = u1 u2 ..uj be a given word over the appropriate alphabet If it represents a polygonal system, then conditions 1 and 2 are satis ed from the appropriate lemma (Lemma 1, 2, or 3).

monly believe to be conscious choices In this research, such apparently disparate activities as Compulsive gambling, attendance at sporting events, vulnerability to telephone scams, and exuberant investing may have a common thread 34 She goes on to note that these brain circuits are believed to be identical to those with which animals assess rewards, such as food and sex, that are important to their survival One of the most pronounced findings of the research, she reported, is that these circuits appear to operate outside of conscious awareness and may be involved in the manner in which we assess social awards as diverse as investment income and surprise home runs in the bottom of the ninth She notes that while such ideas have been around since Freud, modern researchers now suspect that the unconscious processing of information may be more important than thought Dr.

Condition 1 means that the corresponding curve is closed and condition 2 that it has no self-intersections Suppose that condition 2 is satis ed but not condition 1; that is, the corresponding curve has no self-intersections and is not closed We call such a word addable It is clear that u can be completed to a word u = u1 u2 ..up , for some p > j, representing a polygonal system if and only if u is addable If u is addable, then it can be extended to a word u1 u2 ...

Gregory Berns, a psychiatrist at Emory University School of Medicine, has opined that most decisions are probably made with varying degrees of conscious awareness A much smaller number may invoke full, conscious, attention Following the logic of this example, Blakeslee advises that while driving our familiar route to work, we may pay little attention to that which is routine buildings, signs, traffic Since all of these things are patterned into our brain circuits and, since things are where they should be, we can safely ignore them This is much like our awareness that gravity causes objects to fall, buildings usually stay put in one place, and light at an angle will produce long shadows.

These matters are taken for granted and arouse little curiosity; however, the car running a red light prompts an entirely different pattern of brain wave activity, since there is now an abrupt disconnect between what is expected and what is happening Drawing on our databank of past experiences, we may hit the brake, swerve, or take other actions Only after a second or two do we begin to consciously process the event that just occurred Dr P Read Montague, a neuroscientist at Baylor College of Medicine, has estimated that as much as 90 percent of our daily activities are controlled by these unconscious subsystems that evolved to allow creatures, such as us, to survive.