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Actually, VCs use a process similar to what T1 and E1 leased lines use in sending information. With a T1, for instance, the physical layer T1 frame is broken up into 24 logical time slots, or channels, with 64 Kbps of bandwidth each. Each of these time slots is referred to as a DS0, the smallest fixed amount of bandwidth in a channelized connection. For example, you can have a carrier configure your T1 so that if you have six sites you want to connect to, the carrier can separate these time slots so that a certain number of time slots are redirected to each remote site, as is shown in Figure 26-2.
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// Now wrong because T must be reference type! ArrayUtils.CopyInsert(99, 2, nums, nums2); // Now illegal!
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clean test tube. a. Add 10 drops of 6M hydrochloric acid and stir the solution. b. Record your observations in Data Table 1.
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Enabling active/active failover using LBF for the failover link is similar to configuring active/standby. Failover is actually configured within the system area not in the two contexts. In the system area, you ll need to enable the LBF interface and configure your failover commands:
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Table 6-6 MEGACO error codes
REPAIR AND RETROFIT METHODS
protocols are referred to as routing by propaganda, since link state routers are learning which routers are sourcing (connected to) a network number. The LSAs gathered by a link state router are then stored in a local database, sometimes referred to as a topology table. Any time there is a change in the database, the router runs the SPF algorithm. The SPF algorithm builds an inverted tree, with the router itself at the top, and other routers and their connected network segments beneath it. This algorithm is somewhat similar to the STP algorithm that layer 2 devices use to remove loops. Depending LSAs are ooded when on the tree structure and the metrics used, the a change occurs for a network. Upon link state router then populates the routing receiving an LSA update, the local table with the best (shortest) paths to the topology database is updated accordingly. networks in the SPF tree.
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Frequency reuse is what started the cellular movement. Planning permits the efficient allocation of limited radio frequency spectrum for systems that use frequency-based channels (AMPS, DAMPS, and GSM). Frequency reuse enables increased capacity and avoids interference between sites that are sharing the frequency sets. Frequency plans exist that specify the division of channels among 3, 4, 7, and 12 cells. They define the organization of available channels into groups that maximize service and minimize interference. As a mobile unit moves through the network, it is assigned a frequency during transit through each cell. Because each cell pattern has one low power transmitter, air interface signals are limited to the parameters of each cell. Air interface signals from nonadjacent cells do not interfere with each other. Therefore, a group of nonadjacent cells can reuse the same frequencies. CDMA systems do not require frequency management plans because every cell operates on the same frequency. Site resources are differentiated by their PN offset (phase offset of the Pseudorandom Noise reference). Mobile channels are identified by a code that is used to spread across the baseband signal, and each can be reused in any cell. Using a N=7 frequency reuse pattern, all available channels are assigned to their appropriate cells. It is not necessary to deploy all radios at once, but their use has been planned ahead of time to minimize interference in the future (see Figure 20-5 ).
10-7
Notice that the addition of GetPrevious( ) required a change to implementations of the methods defined by ISeries. However, since the interface to those methods stays the same, the change is seamless and does not break preexisting code. This is one of the advantages of interfaces. As explained, any number of classes can implement an interface. For example, here is a class called ByThrees that generates a series of numbers, each three greater than the previous one:
Ever since the standards bodies approved the recommendations for the SDH (and SONET), the services have been effectively used to improve and revolutionize the industry. Significant cost efficiencies and performance improvements have been shown. SDH provides a means for the rest of the world to use the capabilities of fiber-based transport systems and multiplexing architectures to improve upon the older Plesiochronous Digital Hierarchy (PDH), which was inefficient and expensive. Digital networks continue to expand in complexity and penetration within the carriers networks, now moving closer to the consumer s door. High-speed communications prior to the formulation of SDH in 1990 operated at speeds of up to 139.364 Mbps. However, the carriers implemented coaxial and radio-based systems operating at 140 Mbps 565 Mbps. The networks were severely constrained due to the high cost of the transmission medium (coaxial cable, especially). The multiplexing rates used plesiochronous rates, which led to the European PDH. After the development of fiber and the enhancements of integrated circuitry, the newer transmission speeds and complex networking architectures became realistic. In Europe the evolution and deployment of ISDN also led to the proliferation of the B-ISDN standards, which allow a simple multiplexing technique. In the United States, the Bell breakup prompted the local carriers to look for interoperability and improvements in network management because of the proliferation of the number of carriers providing long distance services. The ITU-TS agreed that something had to be done to improve and standardize the multiplexing and the interoperability, while at the same time taking advantage of the higher capacity of optical fiber. Older bit interleaving of multiplexers should be replaced by byte interleaving to afford better network management. The new standard appeared as SONET in the North Americas, drafted by Bellcore. Later, this same standard developed into the SDH/SONET standard, as approved by the ITU. Although SONET and SDH were initially drafted in support of a fiber, radio-based system, supporting the same multiplexing rates became available.
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