Abstract
Using a frontal microprocessor in a network that includes important computing equipment, is interesting for an immediate local preprocessing, setting aside the complex calculation for more powerful means. On an example of cineangiographic images processing, this paper presents a network knot realization that can operate in three ways: a) a frontal mode in which the whole microprocessor becomes transparent to the user, the console being a simple peripheral, directly connected to the main computer; b) a local mode operating as an autonomous development system, and c) a graphical mode, in which the microprocessor enables a certain number of calculations on contours, locally obtained from a XY digitizer, before transmission to the main computer.
Published Version
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