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Essay / Research Paper Abstract
3 pages in length. Working toward the ultimate goal of a paperless society, one of the most critical steps in this process has been the advent of digital electronic imaging as a means by which to store records. The process of converting paper documents over to their digitized counterparts has become an instrumental component in the overall processes of recordkeeping, not the least of which includes allowing for greater productivity in the absence of endless paper records. Because digital electronic imaging incorporates the single or combined application of text, graphics, handwritten or machine generated, it has proven a viable resource for virtually every type of industry and organization. Bibliography lists 3 sources.
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3 pages (~225 words per page)
File: LM1_TLCImageRec.rtf
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Unformatted sample text from the term paper:
which to store conventional paper-based records. The process of converting paper documents over to their digitized counterparts has become an instrumental component in the overall processes of recordkeeping, not
the least of which includes allowing for greater productivity in the absence of time consuming paper records. Because digital electronic imaging incorporates the single or combined application of text,
graphics, handwritten or machine generated, it has proven a viable resource for virtually every type of industry and organization. Electronic imaging is the technique of automating the processing of
information in document form. Once the information on a document is converted to electronic form and a proper index created the document can be stored, retrieved, transmitted, displayed, processed
or printed at the speed of light (Avedon, 1994). The automated composition of electronic imaging provides the option of displaying or printing the documents, both of which occurs within
seconds. Unlike earlier systems where the trade off for greater convenience was compromised quality in the transmission, todays digital electronic imaging not only maintains the original visual element of
whatever is digitized but also keeps the integrity of spatial components as they existed on the paper document. Three specific formats are attributed to digital electronic imaging: 1) analog
- human readable information on paper and microfilm; 2) ASCII - binary digital coded representations of information for computers on magnetic tape and discs; and 3) bit-mapped - binary digital
coded representations of information for electronic imaging systems on optical disks and facsimile systems (Avedon, 1994). The differing factors that exist between
and among the three systems are found in the readability of each format, with analog being the only one that is truly perceivable by people in the composition familiar to
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