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

摘要： 基于运行优化控制集成系统框架，针对现有上层优化设定软件存在标准化程度低、可扩展性差、资源无法复用，以及算法与软件系统深度耦合等问题，通过对功能需求的深入分析，提出了上层优化设定软件平台的体系架构，并综合利用计算机、自动化技术研发了可组态的上层优化设定软件平台。该平台以非编译方式聚合优化控制算法，支持多种算法实现方式。通过向优化控制模块库中添加不同行业的算法模块，可快速实现相应行业的优化设定系统的开发。在平台基础上快速开发了针对磨矿过程的优化设定控制系统，并应用到半实物仿真系统中进行测试，结果验证了所开发平台的有效性与易用性。

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