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In the early 1980s ber-optic transmission links burst upon the telecommunication transport scene. The potential bit rate capacity of these new system was so great that there was no underlying digital format to accommodate such transmission rates. The maximum bit rate in the DS1 family of digital formats was DS4 at 274 Mbps, and for the E1 family, E4 at 139 Mbps. These data rates satisi ed the requirements of the metallic transmission plant, but the evolving ber-optic plant had the promise of much greater capacity, in the multigigabit region. In the mid-1980s ANSI and Bellcore began to develop a new digital format standard speci cally designed for the potential bit rates of ber optics. The name of this structure is SONET, standing for synchronous optical network. As the development of SONET was proceeding, CEPT showed interest in the development of a European standard.1 In 1986 CCITT stepped in, proposing a singular standard that would accommodate U.S., European, and Japanese hierarchies. This, unfortunately, was not achieved due more to time constraints on the part of U.S. interests. As a result, there are two digital format standards: SONET and the synchronous digital hierarchy (SDH) espoused by CCITT. It should be pointed out that these formats are optimized for voice operation with 125ms frames. Both types commonly carry plesiochronous digital hierarchy (PDH) formats such as DS1 and E1, as well as ATM cells.2 In the general scheme of things, the interface from one to the other will take place at North American gateways. In other words, international trunks are SDH equipped not SONET equipped. The objective of this chapter is to provide a brief overview of both SONET and SDH standards.

by rwg, within a team before athlete-level collective efficacy estimates can be aggregated to the team level. CONCEPTUAL MULTILEVEL MODEL OF COLLECTIVE EFFICACY IN SPORT Feltz and Lirgg (2001) proposed that the sources and outcomes of collective efficacy in sport are probably similar to those specified in conceptual models of self-efficacy in sport. The multilevel nature of collective efficacy data probably precludes complete adoption of conceptual models of self-efficacy in sport. That is, sources of collective efficacy at the athlete level may not be the same as sources of collective efficacy at the team level, and so forth. Given the limited number of studies that have adequately handled the multilevel nature of collective efficacy data, confidently proposing a multilevel conceptual model of collective efficacy in sport, buttressed by adequate empirical backing, is beyond our means at this time.

Table 8.1 URL http://www.esrl.noaa.gov/gmd/ http://www.emep.int/

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There is much to be gained, however, by a more focused.

6.10 6.11

he face of the Web changed dramatically when Web forms became possible. Unfortunately, forms haven t changed much since then. This chapter teaches you about all the basic controls forms can include. It covers how form processing works, what your choices are, and what you can do with the data you collect. In addition to all the existing form fields you ve seen before, HTML 4 introduces a few new form-related elements, including the feature that enables you to link a field to the caption for that field. This chapter discusses all these new elements with examples.

All values are reproduced from Ansari and Pandis [16] unless otherwise noted. All values were derived by using the chemical potentials of the ionic components at saturation as discussed by Topping et al. [19, 21] b Value derived for the minimal difference of water activity from the known RH as discussed by Topping et al. [19, 21]

i== 1

(continued)

Figure 11-4

directly to the following bound, adapted from [12]. For any constrained, weighted graph (G, w), where G = (V, E, c0, c1, . . . , ck) S(G, w) max{cd w(C) cd|C a d-clique of G} (5.1)

The BTMA protocol operates as follows When a source node has a packet to transmit, it first listens for the busy-tone signal on the control channel If the control channel is idle, ie, no busy-tone is detected, then the node may begin transmitting its packet Otherwise, the node reschedules the packet for transmission at some later time Any node that detects activity on the data channel immediately begins transmitting the busy-tone on the control channel This continues until the activity on the data channel ceases In this way, BTMA prevents all nodes that are two hops away from an active source node from accessing the data channel This significantly lowers the level of hidden node interference, and therefore reduces the probability of collision However, the number of exposed nodes is dramatically increased and this may result in a severely underutilized data channel.

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