A.A. Burmaka - Dr.Sc. (Eng.), Professor, Southwest State University
T.N. Govorpuhina - Ph.D. (Eng.), Engineer, Southwest State University
O.A. Terekhova - Ph.D. (Eng.), Engineer, Southwest State University

The multichannel informational logical systems (ILIS) systems that are effectively used at the construction of the systems and complexes of the informative monitoring of multivariate targeted purposeful processes and complex-structured of dynamic objects are considered. Important features characterizing the different levels of subsystems ILIS are educed. Basic strategic tasks arising up at planning and synthesis ILIS and her subsystems are set forth. The ways of effective solution of tasks of designing, based on the use, along with deterministic and probabilistic methods, adaptive techniques and methods with the elements of self-organization and artificial intelligence. It is established that the solution can be obtained by using the elements of self-organization, structural and algorithmic adaptation and artificial intelligence. Defined the main requirements to the functional organization of the ILIS and its subsystems. The article presents a verbal model of functioning of peripheral subsystem the C, which carried out an analysis of the current situation and making decisions and departments, as well as receive commands feedback. It is shown that the mathematical measure of such order may be the inverse of entropy. At each interval analysis system becomes samoopredelenie and self-organizing. The system uses a database and constantly updated knowledge base, organized on the principle of interrelated frames. It is established, that the most important thing to build a highly efficient system of multifactor monitoring is hybridity self-organizing of ILIS.