关键词: 运行优化控制集成系统, 优化设定, 软件平台, 算法模块

Abstract: The existing upper level optimal-setting software had shortcomings such as low degree of standardization, poor scalability, low reusability of resources and deep coupling relationship between algorithm and system. Aiming at these problems, architecture of upper level Optimal-Setting Software Platform (OSSP) based on optimal operational control integrated system was proposed by analyzing the functional requirements of software platform. Through integrated utilization of computer and automation technology, the upper OSSP was developed. In this platform, the non-compiler way was employed to polymerize the optimal control algorithms, and a variety of algorithm realization methods was supported. By adding control algorithm modules in different industries to the algorithm module library, rapid development of optimal-setting system could be realized in relevant industries. Based on the platform, an optimal-setting control system for grinding circuits was developed. The application for hardware-in-loop simulation platform demonstrated the effectiveness and usability of porposed platform.

Key words: optimal operational control integrated system, optimal-setting, software platform