Model
Digital Document
Publisher
Florida Atlantic University
Description
Computer generated graphics has become an integral part of most
computer systems. Communicating information in an interesting and
understandable manner has become a necessity in the computer industry
due to the increase in users who are interested in animation,
simulation, graphical design, games and graphic representations of
complex mathematical information. The Synchronous System
Architecture described in this paper will illustrate a simple, low
cost and efficient means of creating and displaying images on a
cathode ray tube (CRT). A step-by-step design procedure is presented
which utilizes the Synchronous System Architecture (SSA) in a
standalone system/terminal environment. Finally, the software
alogrithms used in the system will be outlined and discussed.
computer systems. Communicating information in an interesting and
understandable manner has become a necessity in the computer industry
due to the increase in users who are interested in animation,
simulation, graphical design, games and graphic representations of
complex mathematical information. The Synchronous System
Architecture described in this paper will illustrate a simple, low
cost and efficient means of creating and displaying images on a
cathode ray tube (CRT). A step-by-step design procedure is presented
which utilizes the Synchronous System Architecture (SSA) in a
standalone system/terminal environment. Finally, the software
alogrithms used in the system will be outlined and discussed.
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