Work is devoted to automation of the decision of tasks of designing and research of automatic control systems (ACS). The purpose of article: increase of efficiency of the decision of the most widespread classes of tasks of control system design. In area of designing of control system, the two classes of tasks are allocated (classified): typical (standard) and not typical.
Known procedures are developed for typical tasks. Not typical tasks arise in more difficult cases and, as a rule, can be shown to set of more simple (typical) subtasks. Such approach to decision of tasks in not procedural statement can carry out some systems of automation, those which can be named "intellectual". In the developed systems of automation, the quantity of typical tasks becomes so great, that it is already difficult for engineer to choose adequate procedure for current task. Use of intellectual means allows making this choice automatically. Typical procedures for effective task's decision can demand tuning of various parameters, which systems of automation cannot automatically carry out yet. As consequence, arises an actual problem: increase of efficiency of the decision of typical tasks in intellectual systems of automation. The approach offered in work is based on use of not formalized knowledge of engineers-designers. Realization of the approach is based on creation of interactive designing procedures. It allows the expert-designer to carry out tuning of key parameters of procedures that increases their efficiency. System "GAMMA-3" possesses opportunities to solve a task, both in procedural, and in not procedural (declarative) statement. The offered approach is illustrated by an example of creation of the software package in structure of system "GAMMA-3" for automation of the decision of tasks neurocontrol. Three variants of representation of procedures of the decision of tasks are offered, using means of a package: set of commands of language GAMMA (the program in language GAMMA), executed in a batch mode; the program in language the GAMMA using interactive operations; the integrated interactive operation create (realizing) procedure of the decision of a task as a whole. The expediency of interactive realizations of design operations for procedures with insufficiently high level of formalization that leads to necessity of constant participation of the expert-designer is shown. The example of the decision of a task of construction plant's neuroemulator is present.