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Converting Photos to Black and White ..............................................................................624 Converting the images using Hue/Saturation ..........................................................625 Converting the images using the Channel Mixer......................................................627 Converting the images using Black & White ..........................................................630 Comparing the three methods ................................................................................632 Finishing off a black-and-white image ....................................................................633 Aligning Two Handheld Photos ........................................................................................634 Creating the document ............................................................................................635 Aligning the layers ..................................................................................................636 Creating the final image ..........................................................................................637 Summary ..........................................................................................................................642

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To get the start point of an object, use the VLA-GET-STARTPOINT function. In the current example, the line has been set to vla-line, so you would type the following expression:

The DYNamic function is very useful but confusing at first. Turn it off for coordinate entry by clicking the icon.

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to model and understand because they represent concepts that are quite autonomous or that can be modeled so as to be autonomous . They can usually be built with no dependencies, by concept or more often by design, on entity or

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Typically, the primary winding of the LVDT is excited by an ac sinusoid in the range of 3 to 30 V rm s at frequencies between 400 and 5000 Hz. Since we only need to measure the output voltage directly with a voltmeter, no external load is necessary. The null position for the rod is dead center between the secondary windings. In that position the couplin g betwee n the primary and eac h secondary is identical, and the output voltage is zero. Should the rod move in either direction, the coupling will change linearl y, as will the output voltage magnitude. The direction of travel is indicated by the relative phase of the output. Our LVDT design begins with the circuit in Fig. IOJ I b where the mutual coupling coefficient for each secondary winding varies as shown in Fig. 10.32. To create a bnear relationship between displacement and output voltage, we restrict the nominal travel to that portion of Fig. 10.32 where the coupling coefficient is linear with di splacement. Therefore, in this design, 100% travel will correspond to a coupling coefficient of 0.8. Applying KVL to the pri mary loop yields

the group of stations to be aggregated, the high-level stations perceive a fixed average delay for customers passing through the stations to be aggregated, namely the average response time (per passage!) for this subnetwork with Ic customers in it (denoted E[fi*(k)]). From this, we can compute the perceived rate X*(lc) = k/E[fi*(k)] at which customers are served in the subnetwork. We compute X*(lc) by studying the subnetwork in isolation by connecting the in- and out-going flows to the high-level model. That is, the outgoing branch (labelled with probability al) is looped back to the queueing station at which the flow labelled 1 - p ends. The throughput along this shorted circuit can then be used as service rate for the aggregated subnetwork (the FESC) that can be embedded in the high-level nodes, as visualized in Figure 12.3. Notice that we have added an immediate feedback loop around the FESC (with probability 1 - Q); this is to ensure that the visit counts in the original non-decomposed GNQN of the non-aggregated stations, relative to the visit-count of the FESC, remain the same. In many textbooks on queueing networks this immediate feedback loop is not explicitly mentioned. Note that since the overall network is a GNQN, the subnetwork is so as well. Therefore, one can employ MVA or the convolution approach to solve it. Since an MVA is recursive

10 2015 25 30 Channel SNR(dB)

For finer control over the warp effect, choose Custom from the Warp Style pop-up menu in the options bar. The bounding box appears with the mesh and control points on each corner, as shown in Figure 3.14.

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