Compter-aided design of informational-measuring systems on the basis of adaptive virtual processors
by
Remir I. Solnitsev
Saint-Petersburg State Aerospace Instrumentation University
Coauthors: Alexander S. Slusarenko (Saint-Petersburg State Aerospace Instrumentation University)

Among the most significant directions of CAD systems development the basic are two. Works of the first direction concern computer algebra, or analytical calculations. In whole, these works can be related to the theory and practice of automation of transition from mathematical model in the analytical form to analytical dependences of processes characteristics on system parameters.

Investigations of the second direction are connected with significant changes in concepts of computer data processing, and are oriented to application of A-type technology of data processing.

Joint use of both approaches in CAD of informational-measuring systems on the basis of adaptive virtual processors allowed to essentially, for months, reduce the time of the design implementation due to an opportunity of combining the processes of designing, examination of synthesis algorithms, estimation and verification of results, definition of areas of design decisions homeostasis.

Distinctive feature of design solutions of informational-measuring systems, instruments and instrumental complexes made on the basis of virtual processes is essential improvement of system parameters and maintenance characteristics.

In other words, speaking about technical decisions and CAD on the basis of virtual processors of adaptive type, it is possible to make conclusions about appearing of new perspective technology of the automated design.

Date received: January 14, 2000