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In the early years of AI there was great hope that universal problem solvers would be capable of solving a wide array of problems by employing general problem-solving methods, much like the human mind does. A good example is General Problem Solver (GPS),1 a computer program created in 1957 by famed AI researchers Alan Newell and Herbert Simon. GPS was intended to provide a generic set of rules and processes that could handle many different types of problems, everything from solving puzzles, to proving logic theorems, to playing chess. Although these programs were introduced to the AI community with great fanfare and excitement, GPS and other universal problem solvers were unable to solve anything but simple puzzles and problems, the so-called toy problems. In other areas of AI as well, generalized solutions in areas such as natural language translation, speech recognition, and vision still elude us today. Such AI problems have been addressed more successfully only when the problem domain is severely restricted for example, speech recognition systems are much more useful when the input is restricted to limited vocabularies. Until the mid-1960s the AI research community continued to focus on systems that relied on general methods of reasoning rather than on knowledge in speci c domain areas. By the 1970s, the focus shifted with the realization that domain knowledge was the key to producing systems that could solve more complex and realistic problems. One prominent example was the expert systems, developed as a special type of AI program to deal with complex problems in domains such as medical disease diagnosis (MYCIN), computer con guration design (XCON), and the analysis of geologic data for mineral exploration (PROSPECTOR). The

In this chapter, we will present common security infrastructure components and technologies that have cropped up in our presentations of security architecture in chapters past. The names, properties, and characteristics of these technologies are familiar to every software architect, but we need more than product brochures to understand how to integrate these components into our architecture. Our primary concern is identifying architectural issues with each product that systems architects should or should not worry about and identifying showstoppers where we would be best off if we did not try to use the product. Using any security product that does not have an evolution path that seems consistent with your system s evolution could represent a significant risk. Although we have mentioned these components frequently in prior chapters, we have collected these components together here following all of our technical architectural presentations because they all share architectural properties. These components are always vendor products. Our lack of expertise and their feature complexity prevents us from building homegrown versions of these products.

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telepsychiatry, and home and prison telecare (telemonitoring) are most likely to be cost effective is backed up by many of the examples they quote However, the authors descriptions and comments underline the uncertain nature of several of the claimed cost savings, both in terms of costs underestimated or ignored and the benefits, for which costs cannot easily be assigned Rather than quote uncertain statistics, we will draw your attention to two studies that have proposed frameworks for the evaluation of teleniedicine The first (1997) by McIntosh and Cairns [252] is concerned mainly with economic evaluation The paper describes the economic issues and the main challenges to evaluation, and then goes on to advance a set of evaluative questions that formally link costs and consequences.

By applying graphics and decals, you can make your portable look quite professional, and also label which buttons and knobs do what. There are two ways of making the decals for your portable: Using your own printer and sticky-backed paper. If you ve already got some sticky adhesive paper, this is the easiest (and cheapest) route. Print one of the following files: Atari hand-built Decals.pdf, Atari hand-built Decals.wmf, or Atari hand-built Decals.jpg. Be sure to print it at 100% size, No Scaling, or Default (the exact option name varies by printer) in order to ensure that the graphics print out at the correct size. Use an X-Acto knife to cut along the cuts to remove the shapes from the paper. Getting decals from a vinyl or sign shop. Most sign or vinyl shops that can do vehicle graphics should be able to print some decals using a thermal image printer. This heatimpregnates the color right into the vinyl, creating a very durable decal. Along with that quality comes a higher price, but it shouldn t cost more than $25 for everything. For best-looking results, use two different colors of vinyl as described below.

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