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resetting, 374 375 sample application code, 119 124 server responses, 115 117, 118 session states, 117 119 transaction mode, 117, 118 119, 226 227 See also e-mail; SMTP protocol POP3.VBP sample application, 119 124 PORT FTP command, 147, 164 166, 168, 393 394 port numbers, 9 10, 25 FTP protocol, 146, 147 HTTP protocol, 174, 176 LocalPort property, 25 SMTP protocol, 94 95 POST command HTTP command, 178, 188, 191, 241, 242 244 NNTP protocol, 84 Post Office Protocol (POP3). See POP3 protocol posting Usenet articles, 76, 78, 84 86, 221 222, 350 351 Presentation Layer, OSI Model, 8 private FTP accounts, 139 ProcessCommand routing ODBCServ, 318 326 SFServer, 312 316 Prodigy, 93 properties dsSocket, 19, 25, 26, 27, 31, 33 object, 205, 206 207 protocol stacks, 6 8 protocols, Internet explained, 5 6 FINGER, 56 58 FTP, 66, 139 171, 228 230 HTTP, 174 198, 231 247 NNTP, 64 71, 73 98, 216 222, 331 357 NTP, 53 54, 58 62, 337 POP3, 371 378 SMTP, 94 114, 134 137, 222 224, 359 369 UDP, 13 14, 48 50 UUCP, 63 WHOIS, 55 56

arrow) appear to indicate the direction of movement (Besier et al 2001; Hertel et al 1999) Although this type of test clearly involves reaction time, the stimulus used to initiate the change of direction is general rather than sport-speci c Better athletes tend to produce more accurate and faster responses as a result of a superior ability to detect anticipatory information (Abernethy et al 1998) Therefore, a soccer defender may detect the angle of the hips as a cue to anticipate the change of direction of an attacking player Research suggests that the stimulus must be sport-speci c for skilled athletes to use their perceptual skill to advantage (Abernethy et al 1993), and therefore the value of using stimuli such as lights or auditory cues is questionable.

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Network Architecture Capacity Protocol support IP functionalities Interactive, star con guration Up to 34 000 VSATs TCP/IP, X 25, Async (X.3/X.28/X.29), SDLC and more TCP, UDP, RIP V1, RIP V2, IRDP, ARP, ICMP, Classes (A, B, C, D), Subnetting and classless addressing, UDP, IGMP Ku-band, Ext. Ku-band, C-band, Ext. C-band RS-232, RS-422, V.35, Token-ring or Ethernet 110 bs 1 to 512 kbs 1 (on serial ports), DCE or DTE Synchronous or asynchronous Statistical multiplexing Con gurable 64 kbs 1 to 8 Mbs 1 , up to 24 Mbs 1 aggregate Concatenated Viterbi and Reed Sobmon Better than 10 12 BPSK or QPSK Proprietary combined TDMA and FDMA (FTDMA) 9.6, 19.2, 38.4, 76.8 and 153.6 kbs 1 , software con gurable. Optional dual bit rate MSK Ku-band: 0.55 to 1.20 m, C-band: 1.80 m Ku-band 0.5, 1 and 2 watt Extended Ku-band 1 watt C, Extended C-band 2 watt Compact 40 to +60 C Up to 100% 2 serial ports plus Ethernet 4 serial ports, Token-ring, voice, video, USE and customised cards, eld upgradable

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tests involving reaction to a sport-speci c stimulus Recently, attempts have been made to assess agility in netball using a videotaped projected image of an attacking player passing the ball (Farrow et al 2005) The athletes were required to step to the left or right and sprint through a timing gate once they detected the direction of the opposition player s pass A unique feature of this test was the use of a video camera to determine the decision time, de ned from ball release to the instant the tested player planted the foot to change direction The total agility movement time was found to be shorter for highly skilled players than a group of less skilled players Of importance was the nding that the highly skilled group achieved a negative decision time, whereas the less skilled group had a positive and signi cantly longer mean decision time.

Figure 11-7. Piconet hierarchy for IEEE 802.15.3. A neighbor piconet does not have to be 802.15.3 based.

This indicated that the better players anticipated the movement of the netball pass and responded by commencing the change of direction earlier Recent research on rugby players (Jackson et al 2006) has demonstrated that highly skilled players were better than novices in detecting a deceptive movement ( dummy side-step) in a change of direction situation Another new reactive agility test has been described for use with Australian Rules football (Sheppard et al 2006) In this test, players were.

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