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The Europeans use an E1 system that has 32 channels each 64 KB/s. One channel is used for timing and alarms and one is used for common channel signaling. In the PRI interface, channel 16 becomes the D channel, so the E1 version gives 30B + D. The H12 channels are only in the E1 system and are 1920 KB/s. Again, theoretically this is switched E1, 384-KB/s, and 64-KB/s service.
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server, it is able to receive and respond to SIP requests. In practical terms, this means that it is able to initiate and receive calls. This enables SIP (a client-server protocol) to be used for peer-to-peer communication. A registrar is a server that accepts SIP REGISTER requests. SIP includes the concept of user registration, whereby a user indicates to the network that he or she is available at a particular address. The use of registration enables SIP to support personal mobility. For example, a user could have several SIP devices, one of which might be the user s office PC. When the user logs onto the office network, then the PC would issue a SIP REGISTER request to the appropriate registrar. Thereafter, calls can be routed to the user s office PC. When the user leaves the office, he or she might register at a different device, such as a home PC or SIP phone. A new registration would then be performed, enabling the user to be reached at the new device. Typically, a registrar will be combined with a proxy or redirect server. Given that practical implementations will involve the combining of a useragent client and a user-agent server as well as the combining of registrars with either proxy servers or redirection servers, a real network may well involve only user agents and redirection or proxy servers.
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Since the MEF has extended its focus beyond the metro and into the WAN, it is generally more accurate to label the Metro Ethernet Network (MEN) as the Service Provider Ethernet Network (SEN), which could support the MAN and/or WAN.
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The main benefit of EoS lies in its ability to enable Carrier Ethernet services. Carrier Ethernet services represent new revenue potential for service providers who provide either rudimentary Ethernet services based on enterprise-grade network technology or no Ethernet services at all. An example from the wireless world illustrates the benefits of Carrier Ethernet services and the potential role of EoS. Most wireless service providers lease traditional DS1 circuits from their cell tower or base station locations to their mobile telephony switching offices (MTSOs). The incumbent wireline carrier typically provides the wholesale leased DS1 services. Wireless providers lease DS1s from ILECs for several reasons. First, their base stations and MTSO equipment, while featuring a mix of technologies including Time Division Multiple Access (TDMA), Global System for Mobile Communications (GSM), and Universal Telecommunications Mobile System (UMTS), typically provide DS1 network interfaces. DS1 wholesale services are also widely available. These services typically feature guarantees on important service-level parameters such as service availability (i.e., uptime) and end-to-end latency. Wireless network equipment, however, is transitioning to Ethernet. The emerging generation of equipment (e.g., based on UMTS Release 5) will provide network interfaces based on IP/Ethernet, not DS1 technology. Wireless providers will look to incumbent wireless service providers to offer wholesale Ethernet leased-line services. When they do, they will want services that are consistent and widely available. They will also demand Ethernet services that provide guarantees for high service availability and low end-to-end latency. This provides an opportunity for wireline carriers to offer wholesale Carrier Ethernet services, especially those services that accentuate the key attributes of standardized services, reliability, and QoS. As discussed previously, these three Carrier Ethernet attributes fall into the sweet spot of EoS solutions. Moreover, the transition to UMTS Release 5 and IP/Ethernet will take time, as will the growth of Carrier Ethernet services to match the near-ubiquity of DS1 leased-line services. During this transitional time, wireline providers need to provide solutions for wholesale Carrier Ethernet and DS1 leased-line services. EoS solutions offer the unique ability to deliver both services cost-effectively. Wireline carriers may leverage the Carrier Ethernet and traditional TDM capabilities of EoS solutions to provide both cell site access (where fiber is available) and interoffice transport services for their wireless provider customers. Service providers may realize the additional EoS benefit of low Ethernet service delivery costs, especially in deployment scenarios where three conditions hold: First,
example, an act that takes place before a live broadcast) information becomes globalized through the process of recording, storing, and making such records available to those not there at the time and the place who may, in fact, be somewhere across the globe. In other words, if one has revealed something about oneself to one completely random stranger in public, he cannot then complain if other strangers can therefore access such information about him. Examples of local information might be what someone purchases at a grocery store, when someone walked into a shopping mall, or what someone has festooned on their lawn. Granted, many of us might be troubled to learn that complete strangers are systematically collecting and archiving such information in gigantic databases that are accessible by other complete strangers. Indeed, most of the current concern about Internet privacy is of precisely this nature and there may yet be legislation to curb corporations and others from converting information captured for one purpose (such as to complete a transaction) from being applied to another (such as to facilitate cross-marketing) without the data subject s consent. The second notion of privacy also comes into play when government officials collect biometric data (like a photograph of someone s face) from people in public; for that matter, there are no prohibitions against the government collecting fingerprints that one leaves behind in any public location either. The last issue, briefly noted, concerns the constitutionality of the government s demand that individuals present identification as a condition of entry to private or public spaces. For example, ticketed passengers must show photo identification prior to boarding a commercial flight. This requirement is presumably based on a Federal Aviation Administration regulation grounded in the government s responsibility to ensure public safety. After September 11, other activities may be deemed to fall under the public safety penumbra. Similarly, requirements to show identification to cross national borders or enter government sites (such as military installations) raise no serious challenge either. It is less clear and more problematic, however, whether or not the government can demand identification of those who walk on public streets, enter public buildings, or transact public business, exercising their rights as citizens or performing their duties as taxpayers. As the Supreme Court has explained in Florida v. Royer, 460 U.S. 491, 497-498 (1983), a law enforcement officer does not violate the Fourth Amendment when he approaches an individual in a public setting and asks him questions. However, the Court has made it clear that [t]he person approached [ ] need not answer any question put to him; indeed he may decline to listen to the question at all and may go on his way. Noting that there is no right to anonymity hinted at in the Constitution, law scholar Alan Dershowitz opined in the New York Times, October 24, 2001, that we cannot afford to recognize such a right in this age of terrorism.
Before going any further into the DS-1, it may be appropriate to review the modulation technique used to create the digital signal. When DS-1 was first created, it was designed around converting analog voice communications into digital voice communications. To do that, voice characteristics were analyzed. What the developers learned was that voice operates in a telephony world in a band-limited channel operation. The normal voice will produce both amplitude and a frequency change ranging from 100 to approximately 5,000 times a second. These amplitude and frequency shifts address normal voices. However, the telephone companies decided, long ago, that carrying true voice would be too expensive and not provide any real added value to the conversation. They then determined that the normal conversation from a human actually carries the bulk of the information when the frequency and amplitude shifts vary between 100 and 3,300 times per second. Armed with this information, the developer determined that reasonable and understandable voice could be handled when carried across a band-limited channel operating at 3,000 cycles of information per second (what was termed as a 3 kHz channel). Taking all the electromagnetic spectrum available to them, the developers then channelized the frequency spectrum (in Radio Frequencies [RF] and in electrical spectrum available on the cabling systems they had) to smaller capacities. The norm was set at 4 kHz channels. This is the foundation of the voice telephone network. From there, the providers of the infrastructure (the telephone companies) placed bandpass filters on the facilities to limit the amount of electrical information that could pass across their wires (or any other communications facility). Using a standard 4 kHz channel, they limited the bandpass to no more than 3 kHz (see Figure 26-3 ).
Figure 5.5 A dual-modulus prescaler for a PLL.
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