АЛГОРИТМЫ УПРАВЛЕНИЯ БИОТЕХНОЛОГИЧЕСКИМИ СИСТЕМАМИ ПРИ ЭКСТРЕМАЛЬНЫХ СОСТОЯНИЯХ

Аннотация

Subjects of research: advanced manufacturing facilities, which have a variety of extremal (emergency) and pre-conditions. Purpose of work: Development of applied aspects of building management system production facilities under extreme conditions, which will enhance the effectiveness and safety of the control object. Methods of research : to solve the problems used the theory of system analysis, hierarchical multi-level systems, mathematical modeling methods, techniques and situations gravitational logic simulation, the principles of obtaining guaranteed-consistent results, simulation, optimization and synthesis of control systems. The results obtained and their novelty: formalized mathematical description of the transformation process of the substrate in the form of equations, developed the algorithm of choice of strategy management of the facility with the best guaranteed result, based on the establishment of functions and functional analytical form, developed an algorithm for assessment of technological processes and management under extreme conditions specific examples of biotechnological production. Practical value: Concluded the development of complex algorithms and software tools to solve the problem of modeling , monitoring and evaluating performance object management, providing process management function for recovery of rational exploitation operation of production systems in different states. Degree of embed and economical effectivity: designed modeling algorithms, software package, Propositions and recommendations have been got practical applications in the pharmaceutical and food companies. The total economic effect was 11,362 sums (in 2008 y.). Field of application: The mathematical model and algorithms can be used in various sectors of the economy for the optimal management of production facilities, which have many different extremal (emergency) and pre-conditions.