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In C++, a structure is a collection of variables that are referenced under one name, providing a convenient means of keeping related information together. Structures are called aggregate data types because they consist of several different, yet logically connected, variables. You will also see structures referred to as compound or conglomerate data types, for the same reason. Before a structure object can be created, the form of the structure must be defined. This is accomplished by means of a structure declaration. The structure declaration determines what type of variables the structure contains. The variables that comprise the structure are called members of the structure. Structure members are also commonly referred to as elements or fields.
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The use of a bus created the first LAN networks. Because any device on the network can talk, a method was developed to minimize collisions on the network. The scheme employed on Ethernet networks is Carrier Sense Multiple Access with Collision Detection (CSMA/CD). A station will listen to the network to see if any other station is transmitting; if not, it will try to send its message. If by some chance two stations do this simultaneously, a collision occurs. When one is detected, each station waits a random interval and tries again. Collisions are a normal part of the Ethernet world, tending to limit performance to around 60 percent of the theoretical bandwidth, with throughput degrading under rising load. Bus networks were easy to install in a small work area, and in small-scale usage provided an easy way to add users. They were developed for office as well as industrial use. Their use has been waning for a number of important reasons. One is component cost. Bus networks tend to be based on coaxial cable, which is more expensive than the twisted-pair wiring used in newer, hub-based networks such as 10Base-T Ethernet. A second reason is that the newer structured wiring designs (star topologies) have isolated fault domains. When a bus network fails, it takes down the entire segment, affecting all other users connected to the same physical cable. Cable faults are a common failure with this style of network.
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Additionally, there is a MIB module specific for EPON devices which contains objects that can be used to manage any Ethernet device, such as a bridge, with one or more EPON OLT interfaces. The MIB eponDeviceRemoteMACAddressLLIDTable contains a table mapping ONU MAC addresses to LLIDs addresses for the given EPON instance, thus storing the physical ONU port addresses not the addresses of the end stations that may be attached to the subscriber ports of the device. The aforementioned ONU addresses are learned from incoming MultiPoint Control Protocol(MPCP) messages and are updated continuously during standard operation. In an EPON-based bridge, a similar table must be present to store the associations between the MAC addresses of the end stations attached to the ONUs and the LLIDs, which need to be used to reach the particular Ethernet interfaces. A normal bridge learns associations between MAC addresses of the particular interfaces and given ports, though here the generic bridge ports are replaced by the LLID entities. The implementation details on this particular table are left open, allowing for greater flexibility and the addition of proprietary solutions.
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#include <iostream> using namespace std; class figure { protected: double x, y; public: void set_dim(double i, double j=0) { x = i; y = j; } virtual void show_area() { cout << "No area computation defined "; cout << "for this class.\n"; } } ; class triangle : public figure { public: void show_area() { cout << "Triangle with height "; cout << x << " and base " << y; cout << " has an area of "; cout << x * 0.5 * y << ".\n"; } }; class square : public figure { public: void show_area() { cout << "Square with dimensions ";
You already know this book recommends lead-acid batteries as the best solution for today s EV converters. You also know what type of lead-acid battery to buy and a lot about its characteristics. Your choice is made even easier because there are only a certain number of battery vendors in your immediate geographic area to choose among. Unlike buying motors, controllers, and other parts, you re not likely to be ordering your batteries by mail. Your choice basically comes down to who offers the best price on the batteries you want, and what capacity, rating, voltage, size, and weight you need. In a slight departure from the previous chapters, we re going to recommend one manufacturer, then look at several alternative offerings from their line to give you the flavor of the real choices you will encounter. The batteries recommended are from the Trojan Battery Company of Santa Fe Springs, California. As with the motors and controllers, don t read anything important into their appearance here. They are only one of a large number of battery manufacturers. A list of battery manufacturers appears in 12, but in this case, which battery distributors are operating in your geographic area is the more important factor. Before getting into the actual batteries, let s add a few more definitions to your already expanded battery vocabulary: Power Density (Orgravimetric Power Density) Also known as speck power, this is the amount of power available from a battery at any time (under optimal conditions), measured in watts per pound of battery weight. It translates directly
Problems are the price you pay for progress. Branch Rickey1 Progress might have been all right once, but it has gone on too long. Ogden Nash2 In 2002, following the success of DVD, which proved to be the fastest growing consumer media of all time, the DVD Forum started talks to create a new medium that would meet the needs of consumers for the next 10 to 25 years. Almost at the same time, a second group, composed of many of the same companies as in the DVD Forum, began separate discussions with the same goal. Although the design objectives and the user requirements were similar, the primary differences between the rival groups came down to who controlled the intellectual property rights of the to-be-created technology and could a group member get a better deal by promoting one solution over the other. The efforts by the groups devolved and resulted in the competing high definition optical disc formats HD DVD and Blu-ray Disc. The leading proponent of HD DVD was Toshiba, while Sony, Philip and, later, Panasonic led the Blu-ray effort. In the Spring of 2006, the two next-generation disc formats were introduced to consumers. Playing on the base human nature attributes of greed and ego, neither group was willing to back down or to compromise on a unified format. In fact, the format war was introduced in March, 2006 with such statements as this one from Kazuhiro Tsuga, an executive at Panasonic, during an interview with Reuters, We are not talking and we will not talk, the market will decide the winner. Giving a hint to the ultimate fate of HD DVD, in June, 2006, Reuters quoted Toshiba's president Atsutoshi Nishida, during the company's annual shareholders' meeting in Tokyo, as saying, "We have not given up on a unified format. We would like to seek ways for unifying the standards if opportunities arise." Although the market conflict lasted far longer than was good for any party, the end of the war came far quicker than anyone had expected. In early January 2008, Warner Bros. Company, with about 20% of the DVD market, decided to exclusively support Blu-ray after having straddled the fence by offering titles in both next generation formats. This was followed in February with the leading retailers Best Buy, Walmart, Blockbuster, and Netflix, joined by the Paramount and Universal studios, saying they would only support Blu-ray.
Fig. 14-6 The transfer function h(t) = 1 e 2t (e4t 1) blows up, so it s unstable. 4
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Typically, when you start having more than 50 routers, Cisco recommends you use a more advanced routing protocol such as OSPF or EIGRP. In a mixedvendor environment there is basically one choice between these two: OSPF.
and (assuming that water weights 62.4 pounds per cubic foot) weight equal to w(x) = 62.4 (100 x 2 ) x.
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