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Functional experiment is an important part of training program of basic medical experiment technology in medical colleges, and a scientific laboratory management system is a prerequisite for ensuring the progress and training outcomes of the education. Based on the school-running concept of “small-scale elite education” in Peking Union Medical College, this paper expounds the progress of the construction of medical functional experiment teaching system in Peking Union Medical College from many aspects, such as the reform of medical functional experiment teaching, the construction of functional laboratory and so on, and puts forward some ideas for building of a qualified training laboratory, so as to provide reference for further deepening the reform of experimental teaching and supporting sustainable development of teaching laboratory of medical schools. [ABSTRACT FROM AUTHOR]

Functional experiment is an important part of training program of basic medical experiment technology in medical colleges, and a scientific laboratory management system is a prerequisite for ensuring the progress and training outcomes of the education. Based on the school-running concept of “small-scale elite education” in Peking Union Medical College, this paper expounds the progress of the construction of medical functional experiment teaching system in Peking Union Medical College from many aspects, such as the reform of medical functional experiment teaching, the construction of functional laboratory and so on, and puts forward some ideas for building of a qualified training laboratory, so as to provide reference for further deepening the reform of experimental teaching and supporting sustainable development of teaching laboratory of medical schools.

Fieldbus control systems play a pivotal role in industries such as mining, beneficiation, and metallurgy, facilitating precise process control. However, diverse process conditions and applications often lead to challenges during system implementation. The prevalence of process control projects underscores the need for dedicated control system laboratories to address these problems. Our research delves into the complexities of process control systems, focusing on mainstream brands such as Siemens, Rockwell, and Emerson, involving analysis of network architectures, software, and hardware configurations. Through rigorous testing of real equipment systems, we uncover prevalent issues in practical control system applications. These findings guide the resolution of technical challenges faced in project control, concurrently enhancing the design and debugging prowess of engineering professionals. We also anticipate the trajectory of intelligent manufacturing, embracing collaborative manufacturing aspects in networked environments. This research establishs a robust foundation for the forthcoming generation of control network technologies specific to metal mining, beneficiation, and metallurgy. [ABSTRACT FROM AUTHOR]