Developing Data Models for Business Databases in Software

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pared with the square of the distance for a charge-dipole interaction, and compared with 1/r for a charge-charge interaction. This demonstrates the trend mentioned earlier that when multiple charges interact
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Operator Overloading
No intervention Follow-up Histopathologic diagnosis
Recorder and Tape Support
POLYNOMIAL AND FOURIER SERIES CAM CURVES
Overloading Methods That Use Type Parameters
In early 1998, about the time the Network Computing article documenting artificial fingerprint techniques was published, two patents were filed that dealt with incorporating liveness testing into fingerprint systems. The first, a United States patent entitled Biometric, personal authentication system, 11 described a system known as the 3M Blackstone. The Blackstone used an optical fingerprint sensor and measured electrocardiograph signals (EKG), blood oxygen levels, and pulse rate. Unfortunately, the user had to hold still in the position shown in the figure at the right for six to eight seconds. This is quite a long time for a person to remain motionless, and the long wait wreaks havoc with throughput rates. If the user moved during the time the EKG sensor was synchronizing, the measurement was disrupted and the user had to start over. For this and other various reasons, the Blackstone liveness testing project was discontinued. The second patent, filed a short while later by SmartTouch, was previously described. What was not mentioned, though, is that a breadboard prototype was developed, demonstrated, and then dismantled. At the time, vendors did not perceive a market for liveness testing and, quite frankly, a market for liveness testing did not exist at that time. Times have changed, however, and vendors are now actively seeking new ways to enhance the robustness of their products. As the Blackstone illustrated, liveness testing is not easy. Their technology required a user to remain motionless for six to eight seconds. For normal applications, this is an unacceptably long delay. Incorporating liveness testing into a biometric system often runs the risk of making that system solution less appealing. Liveness tests have the propensity to increase the time to acquire, the false rejection (or false nonmatch) rates and costs, as well as inconvenience for the users of the device. Technology aside, liveness testing faces other obstacles importantly, the lack of open discussion of liveness testing. James Cambier, vice president of research at Iridian Technologies Inc., outlines the problem in an e-mail12 to Valorie Valencia [repeated here with permission]: One problem with liveness testing is that most biometric vendors, Iridian Technologies included, do not publicly disclose information about their countermeasures because of the security risk associated with that disclosure. We are not yet to the point in liveness testing where the techniques are so reliable that detailed knowledge of their
console. When you call Console.WriteLine( ), for example, it automatically sends information to Console.Out. Console.In refers to standard input, which is, by default, the keyboard. Console.Error refers to the standard error stream, which is also the console by default. However, these streams can be redirected to any compatible I/O device. The standard streams are character streams. Thus, these streams read and write characters.
Interactive Transparency Tool
Each view in ProClarity is but a fleeting glimpse of the data. As soon as a value is changed in the Setup Panel, or someone drills up, drills down, expands, crossdrills, or does anything else, the view has changed and a new view is available. Fortunately, the Briefing Book allows for the saving of views so that they can be recalled later. A Briefing Book is merely a collection of one or more views stored in a file for later retrieval, and can be organized into folders or simply displayed in a flat list. The Briefing Book can then be saved to disk, allowing it to become the unit of distribution. (In other words, the file can be emailed to others, put on a file share, and so forth.) In addition, it is the Briefing Book that is published to the web server running the ProClarity Analytics Server, or PAS.
To nd out if we are in trouble, let s continue our galley corrosion experiment. First repeat the zinc vs. stainless test in Figure 5.10. Next add a piece of aluminum as a third electrode. Using alligator clip leads, connect the zinc, stainless, and aluminum electrodes, as shown in Figure 5.11. Now set the multimeter to milliamps and insert it, one at a time, in each of the leads to detect current ow. Amazing! Electric current is owing out of the stainless electrode and into the zinc electrode, but no current at all is owing either into or out of the aluminum electrode. Since metal is lost only by an electrode that receives current, it seems that the zinc is protecting the aluminum by sacri cing itself. You can repeat this experiment with any three metals you wish, and the results will always be the same: when dissimilar metals in an electrolyte are mechanically or electrically bonded, the only metal to corrode will be the one highest in the galvanic series. The metal most used in boats for this purpose is zinc. The phenomenon just observed is called cathodic protection, and the zinc masses are called zinc anodes or just zincs. Figure 5.12 shows two examples of cathodic protection using zincs. At top is an outboard engine mounted on the transom of a boat. A large zinc is bolted directly to the transom underwater, and a wire is run from the mounting bolts of the zinc to the outboard. The zinc protects the outboard. The zinc could also have been and often is bolted directly to the underwater shaft of the outboard. At the bottom of Figure 5.12 is a sailboat with a zinc on the propeller shaft. The zinc is mechanically (and thus electrically) connected to the shaft. Protection is extended to the rudder shaft by a conductor from rudder to engine block. Rudder, rudder shaft, engine, transmission, prop shaft, and prop are all connected and thus protected by the zinc. The presence of a nonconductive plastic or rubber shaft coupling would require a jumper strap across the coupling. It should be noted that the ABYC also permits shafts and rudders to be protected separately, each by its own zinc anode. Figure 5.13 shows a variety of zincs commonly found in chandleries. Many more shapes and forms are available from specialty suppliers. Engine zincs are mounted inside the cooling systems of engines. The guppy is used at anchor or in a marina slip and will be discussed below.
1. D. Hubs are physical layer repeaters and don t care what bits and bytes are being transmitted. A refers to the data link layer; B refers to the network layer; and C refers to the transport layer. 2. D. MAC addresses must be unique in a broadcast domain (Ethernet segment). A, B, and C are not true since duplicate MAC addresses can exist across different broadcast domains. 3. D. None of these answers is correct. Reverse Address Resolution Protocol (RARP) maps a layer 2 to a layer 3 address. A maps a layer 3 to a layer 3 address. B assigns addressing information to a host. C is used to share control and error information between network components.
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