RCI IMAGE SYSTEMS what do they do?
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RCI Image Systems has been providing document storage and retrieval solutions to our customers for over 26 years. Our objectives of providing excellent customer service and quality products at fair prices, has enabled us to sustain continued growth for over a quarter of a century. We are a service organization staffed with a nucleus of key people highly trained in document conversion ready to assist our customers in every facet of information management. We are committed to service, performance, and meeting and exceeding the high standards of excellence that our customers expect.\n \nRCI's facilities are designed for efficient work flow and ample space is available for indexed storage of records while in our custody. Only high quality commercial microfilm products and equipment are used to guarantee legible microfilm of archival quality and meet the criteria established by AIIM, the Association for Information and Image Management. \n \nRCI is also an authorized microfilm processing lab certified by Agfa Film, and we guarantee the highest quality work and performance to all our customers.
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magnetic resonance imaging
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The major difference is that MRI scanners CAN NOT image bone.\n\nUsing a very powerful magnet and pulsing radio waves the detection coils in the MRI scanner read the energy produced by water molecules as they mis-align themselves after each RF alignment pulse. The collected data is reconstructed into a two dimentional illustration through any axis of the body. Bone is virtually void of water and therefore does not generate any image data. This leaves a black area in the images. MRI scanners are best suited for imaging soft tissue.\n\nCT, Computerized Axial Tomgraphy, uses xrays to generate images of the body, including bone. In the CT scanner the x-ray tube, (source) rotates around the patient laying on the table. On the opposite side of the patient from the tube is the x-ray detector. This detector recieves the beam that makes it through the patient. The beam is sampled via some 764 channels, (approximate number of channels). The signal received by each channel is digitized to a 16 bit value and sent to the reconstruction processor. Measurements are taken about 1000 times per second. Scan rotations are usually 1 to 2 seconds long. Each view/channel chunk of scan data is compared to calibration scan data of air, water and polyethelyne, (soft plastic) previously acquired in the exact same relative location. The comparisons allow the image pixels to have a known value for a particular substance in the body regardless of differences in patient size and exposure factors. The more samples, or views, the better the picture. By doing the math you can see that a huge amount a data is acquired to generate one CT slice. 15 years ago it would take a supercomputer called an Array Processor almost a minute to reconstruct the image, now it happens within seconds. Doctors can look at the image and determine what they are looking at simply by the lightness or darkness of the grey areas on the monitor. CT scanners are not able to make still-life images of fast moving things like the heart.
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EXIF Viewer is a simple image viewer application for photos taken with digital cameras. It's capable of reading EXIF information embedded in photos as well as little thumbnail.\n\nThis is what you want. Just Google for "EXIF Viewer" if you want a different program though.
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morph 4.0\n\nOr just print the pic \ncut the head out\nAND Rescan the pic
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Not automatically. How is a program going to differentiate between a picture of Lexxus and a picture of your mom? I mean besides the saggy tits?
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it is like any image:\n\n<img src="image.gif">
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if you are going to be using the same computer but just changing HDs then imaging the computer is the best way to go.  acronis and ghost are 2 good imaging software out there but i prefer acronis.  to image the computer you are going to need a place to put the image first such as a second internal HD or burn it to a dvd.  then you just create the image put it on different media and then restore the image to the new HD.
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More complex radar systems, like those used at airports, allow radio waves to be imaged on a computer screen. They send out a beam of radio waves (like a flashlight sends out light), collect the waves that reflect of off distant objects, and reconstruct the wave pattern into an image (like the eye does with light). The result is displayed for the operator to see.
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Um... What!?\n\nwhat kind of scanner are you talking about.. Radio band scanner or a Scanner for your computer that scans an image...\n\nwhat make is it ? where have you had it stored?... damp can do funny things to electronics.\n\nadd a little more info please.
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As mentioned above, a scanner can be used for putting a picture or text onto your computer. If you haven't seen one, they mostly look like very small copy machines(with the glass window where the object is placed). I doubt you are referring to the radio scanner, but they are devices that scan through a set of frequencies you enter, so that you can hear the police ar other emergency workers talking over their radios.
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Digital imaging device, like a digital camera.
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http://www.canon.co.jp/Imaging/psa75/system04-e.html
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It seams to be a propietary type of images from the company: Help & Manual.\n\nThey have a tool that make Help & Documentation Files.\n\nTo open that kind of files you must purchase their application.\n\nSee the source listed for more information.
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Here’s Some Free Image Sources:\n\nhttp://sxc.hu\n\nhttp://www.morguefile.com\n\nhttp://www.imageafter.com\n\nhttp://www.openphoto.net\n\nhttp://www.pixelperfectdigital.com\n\nhttp://www.texturewarehouse.com\n\nhttp://www.freephotosbank.com\n\nhttp://office.microsoft.com/clipart/default.aspx?lc=en-us \n\nMichael\nhttp://www.webmasterautomation.com/forums/
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yes. go to "insert" then "raster image". the find the pic on your computer.
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It's a program that's pre-installed on Apple Macintoshes, and it recognizes the writing on a scanned image and converts it to text. For example, if you used a scanner and scanned a page from a book into your Macintosh, then Readiris would analyze the image it received and convert the writing from an image into text. From my experience, it's generally pretty accurate, but you should probably read through the  result to check for errors... and it's not very good at reading two-column stuff.