Paper
29 June 1982 Raster Scan Computer Image Generation (CIG) System Based On Refresh Memory
W. Dichter, K. Doris, C. Conkling
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Abstract
A full color, Computer Image Generation (CIG) raster visual system has been developed which provides a high level of training sophistication by utilizing advanced semiconductor technology and innovative hardware and firmware techniques. Double buffered refresh memory and efficient algorithms eliminate the problem of conventional raster line ordering by allowing the generated image to be stored in a random fashion. Modular design techniques and simplified architecture provide significant advantages in reduced system cost, standardization of parts, and high reliability. The major system components are a general purpose computer to perform interfacing and data base functions; a geometric processor to define the instantaneous scene image; a display generator to convert the image to a video signal; an illumination control unit which provides final image processing; and a CRT monitor for display of the completed image. Additional optional enhancements include texture generators, increased edge and occultation capability, curved surface shading, and data base extensions.
© (1982) COPYRIGHT Society of Photo-Optical Instrumentation Engineers (SPIE). Downloading of the abstract is permitted for personal use only.
W. Dichter, K. Doris, and C. Conkling "Raster Scan Computer Image Generation (CIG) System Based On Refresh Memory", Proc. SPIE 0303, Visual Simulation and Image Realism II, (29 June 1982); https://doi.org/10.1117/12.932651
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KEYWORDS
Raster graphics

Image processing

Computing systems

Computer simulations

Visual system

Video

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