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UPS3: TO POWER A NON-LINEAR LOAD .TRAN 9.766U 10M UIC .FOUR 400HZ V(13) .PROBE V(1)=OUT V(15)=Q V(7)=FLTR1 .PRINT TRAN V(1) V(15) V(7) V(3) R1 15 7 4.7K C1 7 0 47N IC=0 V1 4 0 PULSE -2.5 2.5 10N 10N 10N 5U 9.766U V2 5 0 SIN 0 1.5 400 R4 5 0 1MEG R5 7 1 47K C2 1 0 8.2N IC=0 EB1 6 0 Value={ IF ( (V(5)-V(7)) > 0 , 2.5 , -2.5 ) } X2 18 0 8 11 10 XFMR-TAP Params: RATIO=.1 X4 10 0 2 SWITCH V3 11 0 24 L1 18 3 10M C3 3 0 1U X3 8 0 12 SWITCH EB3 12 0 Value={ IF ( V(14) > 0 , 10 , 0 ) } EB4 2 0 Value={ IF ( V(15) > 0 , 10 , 0 ) } X6 3 0 9 13 KBPC806 C5 9 13 1M IC=140 R10 9 13 150 X1 4 6 0 0 14 15 FFLOPZero .END

Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.

Many of the protocols that are guiding the successful development of VoIP efforts today stem from work performed early on by Level 3 and Telcordia, which together founded an organization called the International SoftSwitch Consortium. In 1998, Level 3 brought together a collection of vendors that collaboratively developed and released the Internet Protocol Device Control (IPDC). At the same time, Telcordia created and released the Simple Gateway Control Protocol (SGCP). The two were later merged to form the Media Gateway Control Protocol (MGCP), discussed in detail in RFC 2705. MGCP allows a network device responsible for establishing calls to control the devices that actually perform IP voice streaming. It permits software call agents and media gateway controllers to control streaming media gateways at the edge of the network. These gateways can be cable modems, set top boxes, PBXs, VTOA gateways, and VoIP gateways. Under this design, the gateways manage the circuit-switch-to-IP voice conversion, while the agents manage signaling and call processing. MGCP makes the assumption that call control in the network is software based, resident in external, intelligent devices that perform all callcontrol functions. It also makes the assumption that these devices will communicate with one another in a primary-secondary arrangement, under which the call agents send instructions to the gateways for execution. See Table 3-1 for a list of requirements for multimedia applications. Table 3-1 Multimedia Application Requirements

Figure 7.12a Schematic and netlist of the push-pull converter driving a nonlinear load. Original con guration similar to Fig. 7.7.

Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.

TABLE 5-8

3

15 14

Meanwhile, Lucent created a new protocol called the Media Device Control Protocol (MDCP). The best features of the original three were combined to create a full-featured protocol called the MeGaCo, also defined as H.248. In March 1999, the IETF and ITU met collaboratively and created a formal technical agreement between the two organizations, which resulted in a single protocol with two names. The IETF calls it MeGaCo, the ITU calls it H.GCP. MeGaCo/H.GCP operates under the assumption that network intelligence is housed in the central office, and therefore replaces the gatekeeper concept proposed by H.323. By managing multiple gateways within a single IP-equipped central office, MeGaCo minimizes the complexity of the telephone network. In other words, a corporation might be connected to an IP-capable central office, but because of the IP-capable switches in the CO which have the ability to convert between circuitswitched and packet-switched voice, full telephony features are possible. Thus the next generation switch converts between circuit and packet, while MeGaCo performs the signaling necessary to establish a call across an IP wide area network. It effectively bridges the gap between legacy SS7 signaling and the new requirements of IP, and supports both connection-oriented and connectionless services.

Two-Year Working Capital History (in millions of dollars)

Because of the diverse audiences that require network performance information and the importance of service level agreements (SLAs), the data collected by network management systems must be malleable so that it can be formatted for different sets of corporate eyes. For the purposes of monitoring performance relative to service level agreements, customers require information that details the performance of the network relative to the requirements of their applications. For network operations personnel, reports must be generated that detail network performance to ensure that the network is meeting the requirements of the SLAs that exist between the service provider and the customer. Finally, for the needs of sales and marketing organizations, reports must be available which allow them to properly represent the company s capabilities to customers, and to allow them to anticipate requirements for network augmentation and growth.