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Table 1. Cellular networks as drug target maps.
"... In PAGE 2: ... In cellular networks the interacting molecules are considered as the elements, and their interactions form the weighted, but not necessarily directed links of the respective structural network. Alternatively, we may also envision directed links as representations of signalling or metabolic processes of the functional networks in the cell ( Table1 . [27-29]).... ..."
Table 1: OFDMA scalability parameters
"... In PAGE 4: ...Without scalability, performance is reduced or cost is increased for low- and mid-size channel bandwidths. Table1 summarizes the main scalability parameters as recommended for adoption in the standard. Note that in Table 1, the over-sampling factor used is 8/7 (Fs = floor(8/7 BW/0.... In PAGE 4: ... Table 1 summarizes the main scalability parameters as recommended for adoption in the standard. Note that in Table1 , the over-sampling factor used is 8/7 (Fs = floor(8/7 BW/0.008)x0.... ..."
Table 1. Cellular coverage division
"... In PAGE 4: ... As an important feature, the developing trend of the wireless network architecture is base on an all-IP core with asymmetry accesses, where mobile ad hoc networks can be treated as a special class of access networks since many mobile ad hoc networks have some internetworking with other infrastructures like the Internet. From the cellular structure point of view, future mobile networks can be divided into different sizes of cellular coverage, as shown in Table1 . The basic idea behind this is to seamlessly integrate two categories of wireless network technologies together, i.... In PAGE 5: ... One access point usually covers a certain zone. 6) Nano-mobility, is the mobility within the zone covered by one access point, where the cell zone can be various from mega-cell down to nano-cell, see Table1 . One access point may employ several logical channels.... ..."
Table 1: Typical failure scenarios at each layer for cellular telephone network
Table 1. Comparison of mobile cellular net- works and Wireless Data Networks.
TABLE I DIFFERENCE BETWEEN TWO-TIER NETWORK MODEL AND CELLULAR NETWORK
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Table 1. Data rates that users can expect using either cellular networks or WiFi.
"... In PAGE 4: ... Similarly, deployment of WiFi is accelerating thus increasing its geographical availability. However, 3G networks will never offer comparable data rates to WiFi ( Table1 ). Likewise, WiFi will never cover as wide a geographic area as cellular networks.... ..."
Table 1. Data rates that users can expect using either cellular networks or WiFi.
"... In PAGE 4: ... Similarly, deployment of WiFi is accelerating thus increasing its geographical availability. However, 3G networks will never offer comparable data rates to WiFi ( Table1 ). Likewise, WiFi will never cover as wide a geographic area as cellular networks.... ..."
Table 2 Data transfer rates provided by cellular networks [17][37][57][67][68].
"... In PAGE 18: ...interfere with TCP and yield worse performance overall. Table2 presents the available data transfer bit rates for current cellular networks. The forthcoming Enhanced Data GSM Environment (EDGE) will provide speeds up to 560 Kbps, and constitutes yet another transitional step towards the Universal Mobile Telecommunications System (UMTS).... ..."
Table 2.3 Parameters of PUSC permutation in OFDMA-DL
2007
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