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// An example of operator overloading. using System; // A three-dimensional coordinate class. class ThreeD { int x, y, z; // 3-D coordinates public ThreeD() { x = y = z = 0; } public ThreeD(int i, int j, int k) { x = i; y = j; z = k; } // Overload binary +. public static ThreeD operator +(ThreeD op1, ThreeD op2) { ThreeD result = new ThreeD(); /* This adds together the coordinates of the two points and returns the result. */ result.x = op1.x + op2.x; // These are integer additions result.y = op1.y + op2.y; // and the + retains its original result.z = op1.z + op2.z; // meaning relative to them. return result; } // Overload binary -. public static ThreeD operator -(ThreeD op1, ThreeD op2) { ThreeD result = new ThreeD(); /* Notice the order of the operands. op1 is the left operand and op2 is the right. */
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such limited connectivity systems. New houses are commonly equipped with standard category 5/5+ cabling to facilitate deployment and interconnection of personal devices. Such HANs do represent a significant data source nowadays, mainly due to the increasing number of digital online services, such as online gaming, Video On Demand (VoD), and information searching, producing a steadily growing data flow that needs to be delivered to the WAN aggregation plane. This transformation of backbone, enterprise, and home networks, coupled with the tremendous (virtually exponential) growth of Internet traffic volume observed for the last couple of years (see e.g.,,, or public/sep06/steenman_01_0906.pdf), only emphasizes the aggravating gap between the aforementioned network layers, resulting from the lack of well-developed access networks, where bandwidth is currently scarce, expensive, and commonly hard to obtain. With little investment and almost no plans for development, existing copper-based systems, including ISDN and DSL lines, as well as hybrid (mixed copper and fiber) solutions, deployed mainly by CATV companies, all exhibit signs of bandwidth shortage right now, with no advanced digital service available yet. This situation has occurred due to asymmetric channel characteristics as well as significant reach limitations, especially noticeable in the case of DSL technology, where deployment price grows almost exponentially as distance increases from the central office of the ISP. The most widely deployed broadband solutions today are digital subscriber line (DSL) and cable modem (CM) networks. While they certainly represent a significant step forward from what used to be 56 kbps dial-up connections, they are still unable to provide sufficient bandwidth for such emerging digital services as VoD, online gaming, or multichannel video conferencing. DSL technology uses the same copper twisted-pair cable as telephone lines and requires a special DSL modem located at the customer premises, as well as a digital subscriber line access multiplexer (DSLAM) terminating the given subscriber line in the CO of the ISP. DSL technology is mainly all about efficient spectrum division, providing a means of subdividing the available line spectrum into a number of transmission windows (one of which, located in the lower frequency region, is reserved for the standard telephone channel being used by the plain-old telephone service (POTS) equipment). The transmission windows are used to deliver data services to and from a subscriber modem. Several flavors of DSL lines have been developed over the years, such as basic digital subscriber line (bDSL), targeting backward compatibility with integrated services data network (ISDN) equipment; high-speed digital subscriber line (HDSL), compatible with the T1 rate of 1.544 Mbps; asymmetric digital subscriber line (ADSL), which is currently the most widely deployed flavor of DSL with short range transmissions reaching 16 Mbps in the downstream direction (toward the subscriber); and finally very high-speed digital subscriber line (VDSL), boasting 24 Mbps in the downstream direction, though with very short reach. Recent years brought also the development of VDSL2/2+ (specified in the framework of ITU G.993.2), which permits the transmission of asymmetric and symmetric (Full-Duplex) aggregate data rates up to 200 Mbit/s on twisted pairs using a bandwidth up to 30 MHz.
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Recording material Recording method Write power (1x) Address tracking Wobble frequency (1x) Channel bits per wobble Nominal wobble length Storage temperature Storage humidity Operating temperature Operating humidity Organic dye, inorganic alloy, or phase change On groove or in groove <6 mW High-frequency modulated wobbled groove with addresses 956.522 kHz 69 5.1405 m -10 to 55 C (14 to 131 F), 15 C (59 F)/h change 5 to 90% relative, 1 to 30 g/m3 absolute, 10%/h change 5 to 55 C (41 to 131 F) 3 to 90% relative, 0.5 to 30 g/m3 absolute Transmission stack thickness 0.095 to 0.105 mm ( 0.002) (TS0), 0.070 to 0.080 mm ( 0.002) (TS1)
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Here, get_i( ) and put_i( ) are defined inside cl and are automatically inline. Notice the way the function code is arranged inside cl. For very short functions, this arrangement reflects common C++ style. However, there is no reason that you could not format the functions as shown here:
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SOLUTION We reverse, in our analysis, the roles of the x- and y-axes. Of course y ranges from 0 to 9. For each position y in that range, there is a segment stretch ing from x = y to x = 3. Thus it has length 3 y. Then the cylinder generated when this segment (thickened to a strip of width y) is rotated about the x-axis has volume V (y) = 2 y 3 The aggregate volume is then V =
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After reading this far, y o u should be well acquainted with the tools o f relational database design. Before you are ready to use these tools, s o m e practical advice is useful. This section discusses the role o f normalization in the database development process and the impor tance o f thinking carefully about the objective o f eliminating modification anomalies.
directory to resolve phone numbers to IP addresses and to assist clients in establishing phone connections among themselves. Once the signaling connection is established, the VoIP client can make phone calls. When making a phone call, the client will use the signaling connection to signal the VoIP gateway of the call setup request to a destination phone. Two connections will be established to the destination VoIP phone: one for the audio and one for synchronization. Actually, the RTP protocol, discussed in the next chapter, is used to implement these connections. The source client will choose unused UDP port numbers (greater than 1023) for the audio and synchronization connection and will notify the gateway of its choice. The VoIP gateway will then contact the destination VoIP phone, acquire the destination UDP port numbers (greater than 1023) that are to be used for the incoming call session from the source, along with the destination IP address, and then notify the source client of this connection information so that the source can now complete the audio and synchronization connections to the destination phone.
int count = 10; // give count an initial value of 10 char ch = 'X'; // initialize ch with the letter X float f = 1.2F; // f is initialized with 1.2
the sample data, identify insertion, update, and deletion anomalies in the table. Derive 2NF tables starting with the FD list from problem 6 and the table from problem 7. Derive 3NF tables starting with the FD list from problem 6 and the 2NF tables from problem 8. Following on problems 6 and 7, apply the simple synthesis procedure to produce BCNF tables. Modify your table design in problem 10 if the shipping address (ShipAddr) column determines customer number (CustNo). Do you think that this additional FD is reasonable Briefly explain your answer. 12. Go back to the original FD diagram in which ShipAddr does not determine CustNo. How does your table design change if you want to keep track of a master list of shipping addresses for each customer Assume that you do not want to lose a shipping address when an order is deleted. 13. Using the following FD list for a simplified expense report database, identify insertion, update, and deletion anomalies if all columns are in one table (big expense report table). There are two candidate keys for the big expense report table: ExpItemNo (expense item number) and the com bination of CatNo (category number) and ERNo (expense report number). ExpItemNo is the pri mary key of the table. ERNo -> UserNo, ERSubmitDate, ERStatusDate ExpItemNo ExpItemDesc, ExpItemDate, ExpItemAmt, CatNo, ERNo > UserNo UserFirstName, UserLastName, UserPhone, UserEmail > CatNo -> CatName, CatLimit ERNo, CatNo -> ExpItemNo UserEmail UserNo CatName -> CatNo
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