Human-machine tool shop management system
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The article describes a human-machine tool shop management system based on the developed models and algorithms of production division management tasks. The calculation of the economic efficiency of the developed management system is carried out. The developed online management system increases the economic efficiency of managing a modern production unit. This management system, as shown by its operation, has the ability to form management decisions, making extensive use of the ability of operational shop staff to navigate in informal situations due to their experience, intuition, and forecasting the development of the production situation. With this approach to the management process, it is possible to involve hidden reserves and other resources in the production sphere on the basis of the development of creative initiative of the heads of production units and site management personnel. In addition, having the ability to quickly respond to changes in the production environment, the dialog control system allows you to more effectively than with batch information processing systems to stabilize the course of the production process when it is affected by various random factors. The ability to synchronize in real time the interaction of all workplaces (WP) of production sites is implemented, thereby significantly reducing the duration of production cycles for manufacturing products, work in progress, improving the rhythm of production, increasing labor productivity.
本文阐述了一套基于研发的生产分工管理任务模型与算法的人机协同车间管理系统，并对该系统的经济效益开展了量化测算。经实际运行验证，该自研在线管理系统可有效提升现代生产单元的管理经济效益。该系统可充分依托车间运维人员凭借自身经验、直觉应对非标准化场景的能力，并结合生产态势预判，辅助生成管理决策。通过该管理模式，可依托生产单元负责人与现场管理人员的创造性主观能动性，挖掘生产领域的隐性储备与其他各类资源。此外，该对话式管控系统可对生产环境变化做出快速响应，相较批量信息处理系统，能够更有效地稳定受各类随机因素干扰的生产流程。系统实现了生产现场所有工作岗位（Workplace，WP）间的实时交互同步，从而大幅缩短产品制造的生产周期与在制品周转时长，提升生产节奏稳定性与劳动生产率。
