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The most complex DVD format, and the most expensive to manufacture, is the DVD-18 disc, which includes both dual sides and dual layers, as shown in Figure 2 - 10. The two layers on each side must be manufactured on a single substrate. One layer is created on a substrate using a conventional stamper to produce the data pattern and then a second stamper creates a data image on a photopolymer material, which is then
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In this example, there are currently two dynamic translations in the translation table. Hits refers to the number of times the IOS looked into the translation table and found a match (an existing translation that can be used for the packet), while Misses indicates the number of times the IOS looked in the table for a translation, didn t find one, and had to create an entry in the translation table for the packet.
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@charset "ISO-8859-1"; @font-face The @font-face rule is used to exhaustively describe a font face for use in a document.
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This version produces the same output as the earlier version. The only difference is how the query is created. In this version, the query methods are used. Here is another example. Recall the join query used in the JoinDemo example shown earlier:
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Figure 1.43 (a) Distributed DC bias decoupling; (b) equivalent
A 200 response to the INVITE will include the Record-Route: header as it was received by the ultimate destination of the INVITE. Hence, this response contains an ordered list of all the proxies used in the INVITE. The content of the header is propagated back through the network along with the 200 response. When the 200 response is received at the client that originated the INVITE, the information contained in the Record-Route: header is used in subsequent requests (such as ACK or BYE) related to the same call. The client takes the information in the Record-Route: header and places it in a Route: header in reverse order so that the Route: header contains a list of proxies in the direction from calling client to called server. The client uses the first entry in the Route: header as the destination to send the next request (such as ACK or BYE). The proxy that receives that request removes the first entry in the Route: header field (which will indicate the proxy itself) and forwards the message to the next proxy in the chain, or to the user-agent server if the proxy in question is the last proxy in the chain. The result is that each request follows the same path as the original INVITE, thereby allowing each proxy in the chain to be aware of each request and response. As can be seen from Figure 5-12, the Record-Route: and Route: header fields contain the loose routing (lr) parameter. Systems compliant with the latest SIP specification should insert this parameter in the Record-Route: header. The initial SIP specification did not require the presence of the lr parameter, and its absence indicates strict routing. The difference between the loose and strict routing is in how the Route: header is populated and in the value that is placed in the Request-URI. In Figure 5-12, lr is depicted. A client or proxy that supports loose routing uses the content of the Route: header field as the address to which a message is forwarded, but uses the ultimate destination (as specified in a Contact: header) as the Request-URI. In Figure 5-12, we can see that Boss sends an ACK message to the proxy, but uses Collins@station1.work.com as the Request-URI (not the SIP address of the proxy). Moreover, the ACK from Boss contains the Route: header value of sip:server.work.com. If strict routing were used, then the ACK from Boss would have a Request-URI of sip:server.work.com, and the Route: header would not include the proxy server s SIP address; rather, it would contain Daniel s Contact: header information (sip:Collins@station1.work.com). Forking Proxy A proxy can fork requests. This would happen if a particular user is registered at several locations. An incoming INVITE for the user would be sent from the proxy to each of the registered locations. If one
We ve chosen to locate the control panel in the basement of our Smart Home. This is a good location because it keeps the control panel out of sight, it is in a protected area, and it is collocated with the rest of our Smart Home LAN. Proximity to the Smart Home LAN isn t required; however, it s convenient and handy to have everything positioned together. Depending on your home, you may or may not have a basement, or the basement simply might not be an option for you. As such, the general rule of thumb is to make sure the control panel is located in a place that is both out of the way and safe safe from the environment and safe from potential attackers. The other bonus of installing the control panel in the basement is that when we run cabling to various locations, it is easier to run under the unfinished basement ceiling, then drill through the floor to access the sensors. You cannot, however, simply place the control panel anywhere you like in the basement. There are important considerations when locating the control panel. First, it s necessary to locate your control panel near an electrical outlet preferably on its own circuit. That way, if the circuit breaker should pop because you ve turned on the dryer, washer, and a half dozen other things, your security system won t have to fall back to its battery power. Our Omni II will require two outlets one to provide power to the control panel, the other for the X10 interface. Second, you should locate the control panel in close proximity to your telephone system s punch-down block. The punch-down block is where the telephone line comes into the house and is distributed to phone jacks around the home. This is important because your security system might have to connect to the outside world. For instance, if you decide to have your system monitored, you ll need to connect to the telephone system. Also, our Omni II has a feature that allows it to be controlled through the home telephone.
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