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Encoding Data Matrix in .NET I0 = c l I

Figure 2-17: The Table palette enables you to easily select and change formatting for sections of your table and sort columns and rows (middle), and apply preset or custom table styles (right).
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Although not an issue of permission per se, a crucial part of the whole file management system is the ability to change the ownership of files. Remember that every file has two owners: a user and a group. You can change either of these. As with permissions, you can change the ownership of a file only if you are the file s owner, or the superuser.
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Data quality (DQ)
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Table 37-4 (continued)
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The method bias is a systematic error associated with the method as such. The laboratory bias is either a systematic error if the laboratory is considered on its own or a random error if the laboratory is considered as one of a group, as is the case in interlaboratory studies. The run error is seen as a systematic error for one run and as a random variation over several runs performed intralaboratory. The repeatability error is a random error due to the replicate measurements performed within a single run [10].
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In this section, we will give an overview of the standard graph (re)partitioning and load balancing tools and in particular their implementation within JOSTLE, the parallel graph-partitioning software package written at the University of Greenwich [24]. JOSTLE uses a multilevel re nement strategy. Typically, such multilevel schemes match and coalesce pairs of adjacent vertices to de ne a new graph and recursively iterate this procedure until the graph size falls below some threshold. The coarsest graph is then partitioned (possibly with a crude algorithm) and the partition is successively re ned on all the graphs starting with the coarsest and ending with the original. At each change of levels, the nal partition of the coarser graph is used to give the initial partition for the next level down. The use of multilevel re nement for partitioning was rst proposed by both Hendrickson and Leland [7] and Bui and Jones [4], and was inspired by Barnard and Simon [2], who used a multilevel numerical algorithm to speed up spectral partitioning. Figure 17.2 shows an example of a multilevel partitioning scheme in action. On the top row (left to right) the graph is coarsened down to four vertices that are (trivially) partitioned into four sets (bottom right). The solution is then successively extended and re ned (right to left). Although at each level the re nement is only local in nature, a high-quality partition is still achieved. The graph partitioning problem was the rst combinatorial optimization problem to which the multilevel paradigm was applied and there is now a considerable body of literature about multilevel partitioning algorithms. Initially used as an effective way of speeding up partitioning schemes, it was soon recognized, more importantly, as giving them a global perspective [10], and has been successfully developed as a strategy for overcoming the localized nature of the Kernighan Lin (KL) [12] and other optimization algorithms. In fact, as discussed in Ref. [24, Section 3.2], this coarsening has the effect of ltering out most of the poor-quality partitions from the solution space, allowing the re nement algorithms to focus on solving smaller, simpler problems.
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Part III Selections, Masks, and Filters
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analytical chemistry is gradually being replaced in the industrial vernacular by process analytical technology. This re ects the expansion of the eld as the importance of physical characterization, risk analysis, and manufacturing science is recognized. Quality Management
Part I Listening to the Podcast Revolution
Midrange elements (driver or midrange): This is the part of the sound spectrum that humans hear best and falls in a relatively narrow range between 200 Hz and 2,000 Hz. Another set of medium-sized speakers that may be somewhere between 2" and 8" usually delivers sounds in this range. High-frequency elements (tweeter): This part of the sound spectrum runs from 2,000 Hz to the limits of human hearing. Most audio equipment is tested only to 20,000 Hz, though hearing tests indicate that some exceptional individuals can hear as high as 23,000 to 24,000 Hz. Small speaker elements appropriately called tweeters handle this chore. Most such elements are 2" in diameter or smaller; many such elements use special materials to deliver clean, crisp sound at these frequencies. There s another element in the picture that coordinates the activities of all the elements in a modern loudspeaker system. It s called a cross-over, or an electronic cross-over, and it basically divides up sound streams on the basis of frequency range, so that low sounds go to the woofer or subwoofer, midrange sounds go to midrange speakers, and high-frequency sounds to the tweeters. The cross-over points described in the preceding list items (200 Hz to divide bass from midrange, and 2,000 Hz to divide midrange from high-frequency) are more illustrative than prescriptive. Actual audio components vary these numbers, but these divisions exist to reflect the physics of sound: low, slow sound waves are big, and require larger mechanical elements and surfaces to generate them whereas fast, high waves are small and require smaller, faster mechanical elements and surfaces to create them. This electronic division of labor allows speaker components to concentrate on those parts of the sound spectrum they handle best and helps to produce realistic, fully dimensional sound. Most home and PC audio systems handle multichannel sound. This term covers a multitude of formats from stereo (two channels) up to various forms of eight-channel sound (which usually consists of right and left channels for front (2), side-middle (2), and back speakers (2), plus one center channel at the front, and one subwoofer channel for low-frequency sounds). In general, the more you spend on a speaker system, the better the sound (and also, the larger the volume of space that you can fill with the sound produced).
Potential targets for intervention
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