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When any selection or navigation tool is active, you can change the Opacity setting for a layer from the keyboard. Press a single number key to change the Opacity in 10-percent increments. That s 1 for 10 percent, 2 for 20 percent, up to 0 for 100 percent in order along the top of your keyboard. If you have the urge to be more precise, press two keys in a row quickly to specify an exact two-digit Opacity value. You also can change the opacity by dragging the Opacity slider in the Layers palette (see Figure 13-2). Click the arrowhead to the right of the Opacity value to display the slider bar, and then drag the triangle to change the value. Or press the up and down arrows to nudge the triangle along. Press Shift with the arrow key to nudge in 10-percent increments. Press Enter to confirm the slider setting. Press Escape to cancel and restore the previous setting.

1. Claude Seidman, Data Mining with Microsoft SQL Server 2000 Technical Reference, Microsoft Press; 2001. 2. Based on a telephone interview with Andrew Thomas, chief executive, Charity Consultants Ltd., www.charityconsultants.co.uk in October 2003. 3. Kay Holmes-Siedle, Fellow of the Institute of Fundraising in the United Kingdom, consultant for Fundraising & Research Consultancy Ltd. www.frandc.co.uk. 4. Vanessa Hillman and Chris Carnie, Fellow of the Institute of Fundraising in the United Kingdom, The Factary. www.factary.co.uk

A factor of 2 is introduced in the SNR calculation to normalize the total transmitted power to Compared to (4.11), it is obvious that the Alamouti scheme is at a 3dB SNR disadvantage to the beamforming scheme.

3

18

hologram The basic digital speckle interferometry technique was coined electronic speckle-pattern interferometry (ESPI) (Archbold et al, 1970; Butters and Leendertz, 1971; Macovski et al, 1971; Biedermann and Ek, 1975; Ennos, 1975; Jones and Wykes, 1983; L kberg and Slettemoen, 1987) This technique originally used a TV camera as the recording device and processed interferograms in either electronics or a computer or array processor It was often sometimes called TV holography and now is more often simply called digital holography A slightly different variation on ESPI which provides improved fringe contrast has been coined electro-optic holography (EOH) by Stetson and Brohinsky (Stetson and Brohinsky, 1985, 1986, 1987; Bushman, 1989; Feit, 1989; Stetson, 1989; Stetson et al, 1989) Phase measurements can be applied to ESPI, DH and EOH to provide quantitative displacement maps of the same data obtained in holographic interferometry Electronic Speckle-Pattern Interferometry.

FIGURE 1.1 Circularly polarized corner-truncated square microstrip antennas for GPS application at 1575 MHz. (a) Design with a microwave substrate ( r = 3.0, h = 1.524 mm); (b) design with a ceramic substrate ( r = 28.2, h = 4.75 mm). Dimensions are in millimeters and not to scale.

TALES FROM THE TECH TURF: MISUNDERSTOOD RELIABILITY, AVAILABILITY, SERVICEABILITY (RAS)

Traditional ePR contains mainly textual information. It requires complex software to handle the connectivity among many medical related information systems that contains the pertinent patient information. However, the requirements for connection to various hardware systems, the storage capacity, and network communication speed are rather minimal. The multimedia ePR system on the other hand, not only needs more complex software but also the storage and networks requirements are very demanding. In this chapter we characterize textual ePR, ePR with images, and multimedia ePR systems based on their contents. Two large-scale ePR with image distribution systems in the U.S. Veterans Affairs Healthcare Enterprise and in the Hospital Authority (HA) of Hong Kong were presented to highlight their speci cities, design criteria, and operation. We explain the basic principles of multimedia ePR system, and its software architecture. Two multimedia ePR for treatment, one in radiation therapy and the other in minimally invasive spinal surgery were de ned and their software data models were illustrated. These two multimedia ePR systems are the focus of the detailed discussions in s 23 and 24.

ESPI uses an optical setup similar to that of Figure 1627, where a TV camera, CCD camera, or detector array is placed at the image of the test surface (Archbold et al, 1970; Butters and Leendertz, 1971; Macovski et al, 1971; Biedermann and Ek, 1975; Ennos, 1975; Jones and Wykes, 1983; L kberg and Slettemoen, 1987) Historically all of the processing was performed in electronic hardware and results were displayed in real-time on a TV monitor Because standard video signals were generated, the results of a test could be stored electronically for later viewing and processing For ESPI the limiting aperture size is adjusted so that the speckle will be resolved by the camera (When the speckles are reduced in size, the effect is to reduce the contrast of the secondary interference fringes.