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SIEMENS <br />multiple PCs, eliminating the need to crowd around conventional desktop monitors. This capability <br />enables a Hiperwall installation to meet the control room requirements of transportation systems, <br />trading floors, command centers, the power industry, and other venues where there is a need for <br />several people to view multiple data sources simultaneously. <br />(See Appendix A for product brochure) <br />Medical imaging, satellite imagery, astronomy and scientific imaging all produce extremely large <br />images that cannot be viewed in their entirety at full resolution using conventional display <br />technologies. This limits professionals to seeing details of one portion of the image at a time, or <br />seeing the full image without any detail. Hiperwall solves this dilemma by enabling professional to <br />see large images in their entirety at high resolution. In other words, with Hiperwall you can see the <br />forest and trees. <br />Figure 3- Example High Resolution GIS Map Using Hiperwall <br />The following images are from an ultra -high resolution aerial composite photograph of the <br />University of California, Irvine. The original image is 12,800 by 8,000 pixels, making it far to large <br />to view in its entirety on any ordinary display system. The image above shows the composite photo <br />in its entirety, greatly zoomed out so it can fit in the allotted area. The image on the right shows the <br />amount of detail that can be seen on the entire image if it is viewed with Hiperwall software <br />managing a 5 x 5 matrix of 30" high resolution LCD monitors. This level of detail will be available <br />at all points on all 25 monitors. In addition, the Hiperwall software makes it possible to adjust the <br />zoom level, position, transparency, coloring and rotation of the entire image on all 25 monitors in <br />real time. <br />Siemens Industry, Inc. <br />10775 Business Center Drive <br />Cypress, CA 90630 <br />