Random Forest-based Handheld Operation and Maintenance of Hospital Information Systems via WeChat MiniProgram

In view of the current situation of various old hospital information systems (HISs), namely, most of them are PC terminal-based applications, this paper addressed the detailed design and implement processes of a handheld HIS (HhHIS) based on the WeChat MiniProgram. The realization principle of the Operation and maintenance decision engine based on random forest algorithm is explained detailedly firstly, followed by the key realization steps of HhHIS. A prototype HhHIS was developed and successfully applied to a 3-Grade A-Class hospital in Hunan province, Hunan children's hospital. Experimental results indicated that the developed HhHIS can solve the cross-platform problem of different mobile phone terminals and have the merits of easy-to-use and registration-free as well as download-free. In addition, practical application effects demonstrated that the HhHIS can carry out agile and low-cost upgrade and transformation of existing hospital operation and maintenance systems, so that the operation and maintenance personnel can grasp the operation and maintenance information of various on-site HISs anytime and anywhere.

WeChat MiniProgram, Handheld Operation and Maintenance, Operation and maintenance decision engine,Random forest

Zhou ying, Hu Shan-shan, Chen Min-lian, Hu Wai-guang, Random Forest-based Handheld Operation and Maintenance of Hospital Information Systems via WeChat MiniProgram. 2019 Scientific Conference on Network, Power Systems and Computing (NPSC 2019), 2019: 184-188. DOI: https://doi.org/10.33969/EECS.V3.042.