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The next few sections will cover the interaction of the terminal with the gatekeeper as well as between the two terminals.
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IP/Ethernet-based storage will inevitably drive high-end EPL service growth. Namely, EoF and EoWDM are much better positioned (versus EoS, EoMPLS, or EoRPR) given the multigigabit speeds of most SAN interfaces. For example, many corporations may consider lower-cost EoF solutions using Gigabit Ethernet FCIP (iSCSI) interfaces to complement (replace) Fibre Channel in leased or owned-fiber scenarios. Alternatively, EoWDM is more compelling since corporations can preclude costly fiber infrastructure builds and instead purchase guaranteed hard-QoS EPL services for storage extension. This approach also gives much larger geographic coverage for SAN applications. Note that many SAN vendors also offer Fibre Channel DWDM interfaces (50 100 km reach) that will inevitably compete with EoWDM strategies. Nevertheless, carriers can leverage WDM technology to transparently host both types of storage networking solutions over metro/regional networks a key advantage.
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An Illustrated Self-Assessment Guide
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The Internet started as Advanced Research Projects Agency Network (ARPANET). Because universities were working on research for the military, a means was desired to be able to share research papers. Some say it started before ARPANET by informal agreements between universities to dial each other up and exchange e-mail. At the time, there were no formal protocols such as IP. These informal dial-up connections were using acoustic-coupled modems at 1200b/s. Actually, there was no real network only these agreements to forward mail. ARPANET started with the first packet switching technology. The first packet software was called an Intermediate Message Processor (IMP) and was built under contract by Bolt, Bernak, and Newman. The goal was to remotely log into computers in Berkeley from UCLA. The initial experiment didn t work, but it provided the basis for continued improvement, which lead to ARPANET. The Internet began then as an interconnection of IMPs that could relay traffic between hosts. (A host was a mainframe or a minicomputer. Today, any device can interface to the network and run the networking protocols.) The military changed the name of the project to Defense Advanced Research Projects Agency (DARPA). Under DARPA, the Internet continued to grow and expand. Outgrowths of this work were WMICS, WINS, MILNET, and eventually DDN. The military, therefore, had no need any longer for DARPANET and handed it over to the National Science Foundation (NSF) and the Internet became NSFNET. The NSF was funding most of the research anyway, and the universities were using some of that funding to support their Internet habit. The goal of the NSF was to provide shared access to supercomputers. Each university was naturally lobbying for its own supercomputer. Providing remote access via the Internet would be a lot less expensive for the NSF. The NSF funded the Internet from the mid-1980s until 1992 when benefits previously reserved for the academic community became apparent to all. What was happening was that students, who had had access to the Internet while on campus, were cut off upon graduation. They were therefore very creative in figuring out ways to hang onto their Internet accounts. This created a set of haves and have-nots. The pressure built for the commercialization of the Internet. Continuing the funding became the pressing question. Under the NSF, the Internet had grown to include virtually all-major schools. Since funding was from the government, access was easy. If your school wanted access to the Internet, you simply called up your nearest associated school who had access to the Internet and asked for a port on their router. You then leased to communications lines of the appropriate bandwidth. You sent some money to the next school to help them pay for the additional router capacity and communications capacity that they would need to have to support your additional traffic going through their system. Notice that we said that the Internet was a loose collection of many networks, and here we just added another network. (By the early 1990s, the potential of the Internet was well recognized, and everyone was clambering for access.)
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2. Applying Concepts Of all known substances, water has one of the highest heat capaci-
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An Example with Two Generic Data Types
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If you know that water boils (turns from a liquid to a gas) at 212 F at normal atmospheric pressure, but that its boiling temperature rises at higher pressure (such as in a pressure cooker), and that evaporating water absorbs a lot of heat (think of getting out of the water on a windy day), then you are well on your way to understanding how refrigerators, air conditioners, and heat pumps work. Unfortunately, the boiling point of water is too high to use it as a refrigerant, but other uids exist that boil at below the freezing point of water! One such refrigerant is ES-12a (see Figure 10.5), one of many refrigerants developed to replace R-12 (Freon), now banned due to its adverse effect on the earth s ozone layer. As shown in Figure 10.5, at atmospheric pressure (15 psi), ES-12a boils at about 26 F. If we compress it to a pressure of 150 psi, its boiling temperature rises to about 110 F. Since this rise approximates the range from freezer temperature to maximum atmospheric temperature, ES-12a may prove useful. In the refrigeration system in Figure 10.6, the refrigerant is sucked into a compressor. The compressor works like the piston of an internal combustion engine, except power is applied to the piston by the crankshaft instead of the other way around. The piston compresses the gas to about 150 psi, in the process raising its temperature to about 120 F. The hot, compressed gas then ows through the discharge line to a condenser a heat exchanger where it is cooled to below its condensation point and changes back to a liquid. In order to condense the 120 F gas, the condenser must be located in a cool space or be cooled by seawater. From the condenser the hot liquid rst passes through a drier, which assures no water contaminates the refrigerant, then on to an expansion valve. The function of the expansion valve is to control the release of the hot liquid into the low pressure of the evaporator coil. When the uid emerges from the expansion valve, the dramatic drop back to near atmospheric pressure causes it to boil (evaporate) at about 25 F, absorbing heat from the evaporator coil. The evaporator coil is the frost-covered tubing you see in an older refrigerator or freezer. From the evaporator the now-cool gas is again sucked into the compressor, and the cycle is repeated. Now for some details:
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// Run two anonymous methods specified via lambda expressions. Parallel.Invoke( () => { Console.WriteLine("Expression #1 starting"); for(int count = 0; count < 5; count++) { Thread.Sleep(500); Console.WriteLine("Expression #1 count is " + count ); } Console.WriteLine("Expression #1 terminating"); }, () => { Console.WriteLine("Expression #2 starting"); for(int count = 0; count < 5; count++) { Thread.Sleep(500); Console.WriteLine("Expression #2 count is " + count ); } Console.WriteLine("Expression #2 terminating"); } ); Console.WriteLine("Main thread ending."); } }
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// Demonstrate implicitly typed variables.
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Blu-ray Disc Demystified
Data modeling is usually an iterative or repetitive process. You construct a preliminary data m o d e l and then refine it many times. In refining a data model, you should generate feasible alternatives and evaluate them according to user requirements. You typically need to gather additional information from users to evaluate alternatives. This process o f refinement and evaluation may continue many times for large databases. To depict the iterative nature o f data modeling, this section describes some possible refinements to the initial E R D design o f Figure 6.2.
RELATIONSHIP BUILDING
Auto-Implemented Properties
Summary of Transformations
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1.00 0.90 0.80 0.70 Cumulative Probability 0.60 0.50 0.40 0.30 0.20 0.10 0.00
RAP-UP
in the fume hood as instructed by your teacher. CAUTION: Use a test-tube holder to move the test tube. 2. Clean up your lab area and wash your hands before leaving the lab.
Performance Range
When considering placement, it s most likely you ll replace an existing thermostat with the X10 device, as the wiring is already in place and you don t want a hole in the wall where the old device used to connect. That s not to suggest you shouldn t select a new location if you prefer the new X10 thermostat to be placed elsewhere, go for it. The only problem is that you ll have to pull wire to the new location and patch up the hole in the wall from the old thermostat.
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