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This might be because algorithms require stability whereas paradigms in production still change fast For example, in the past few years schedulers are suddenly supposed to be part of a supply chain, which means that they are not buffered from outside pressures anymore Algorithms that focus on optimization within an organization could perform badly if the are used in supply chain scheduling problems Furthermore, the meaning of interaction in algorithms is not based on collaboration between a human planner and the algorithm As a consequence, operations managers and planners still lack real understanding of the way in which algorithms determine their solution Many scheduling systems are available now that can support planners; an exhaustive survey like Godin s would be impossible The question, though, is whether the availability of scheduling systems makes the gap between the promise and the practice of interactive scheduling systems any smaller.

Our analysis indicates that the gap has changed rather than having become smaller In Table 73, we have categorized the causes, and the focus of planning research in these issues In the following two sections, we describe the approach we have taken to improve two issues In Section 73, we will describe a framework including a reusable code base that we used for developing several scheduling systems In Section 74 we provide a concept to include interactivity between human planner and algorithm during the problem-solving phase..

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method is that it eliminates the intermediate step of light photon conversion The disadvantages are that the engineering involved in direct digital capture is more elaborate, and that it is inherently dif cult to use the detector for dynamic image acquisition due to the necessity of recharging the detector after each readout The indirect capture method uses either the amorphous silicon phosphor or scintillator panels The direct capture method uses the amorphous selenium panel It appears that the direct capture method has the advantage over the indirect capture method, since it eliminates the intermediate step of light photon conversion Recent development in the indirect capture method has been in eliminating active devices in the light photon conversion step, which makes the whole system appeared as if the detector system is direct capturing.

The full- eld direct digital mammography (FFDDM) to be discussed in the next section belongs to this hybrid digital radiography system Two prevailing scanning modes in digital radiography are slot and areal scanning The digital mammography system discussed in the next section uses the slot-scanning method Current technology for areal detection mode uses the at-panel sensors The at panel can be one large or several smaller panels put together The areal scan method has the advantage of being fast in image capture, but it also has two disadvantages, one being the high X-ray scattering The second is the manufacturing of the large at panels is technically dif cult Digital radiography (DR) design is exible and can be used as an add-on unit in a typical radiography room or a dedicated system.

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In the dedicated system some design can be used as a table-top unit attached to a C-arm radiographic device for variable angle exam or as an upright unit shown in Figure 317 Figure 318A illustrates the formation of a DR image (compare with Fig 311 on that of a CR image) Figure 318B shows an add-on unit in an existing tabletop radiographic system A typical DR unit produces a 2000 2500 12-bit image instantaneously after the exposure Figure 319 shows the system performance in terms of ESF (edge spread function), LSF (Line spread function), and MTF (modulation transfer function) of a DR unit (see Section 251) [X Cao 2000] In this system the 10% MTF at the center is about 2 lp/mm..

Professional, there is some help to be had on this front. By implementing policy settings, you can actually enforce strong user password requirements, ensuring that all users have no choice but to get with the program. You learn more about Windows XP s password policy settings later in this chapter.

Figure 3.65. Results of SPR experiment. (a) Re ectivity is plotted versus time. (b) dR/dt determined from (a) is plotted versus R for a range of ligate concentrations. (c) The slope of each such plot (kobs) is then plotted against C to form a straight line Ka is the slope of this plot and Kd the y-axis intercept.

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