Technology of interactive interaction of the computerized control operator of a multiparameter object based on an image-cluster model

Abstract

The work is devoted to the synthesis of the structure of the image-cluster model of interactive monitoring of the states of multi-parameter control objects based on the computer-aided design (CAD) algorithm for parallel processing of statistical data and correlation characteristics of technological objects. The theoretical foundations of the methodology for constructing an image-cluster model of multiparameter objects based on the proposed functional for assessing the state of the monitoring object are presented. Based on the analysis of the structure and declared functions of modern integrated computerized systems for universal use and problem-oriented monitoring of drilling processes, the necessity of developing the theory, improving the functions and methods of increasing the efficiency of operators' work in the interaction "operator – monitoring system" is shown. The main interface and management functions of the operators of the technological process monitoring subsystem have been determined. The main functional limitations of the existing monitoring systems are formulated, which do not ensure the prompt identification and editing of operators for complex pre-emergency and emergency situations at the facilities. The functions of the operator's interactive interaction in the information environment of the computerized system are systematized. The necessity of developing the corresponding applied algorithmic and software software by performing high-performance calculations and generating image-cluster models and researching in industrial conditions the effectiveness of sequential models of protecting control objects from the occurrence of abnormal, pre-emergency, forecasting emergency and catastrophic situations at oil and gas facilities, including monitoring of drilling processes. The structure of a parallelized algorithm for constructing and displaying on a monitor an image-cluster model model of an object based on the developed CAD software is presented.