基于MNSS的医学影像虚拟仿真实训平台设计

Construction and Construction of Medical Image Virtual Simulation Training Platform Based on MNSS

摘要:

医学影像诊断学是一门实践性较强的学科,学生既要掌握理论知识,又要通过接触大量的临床影像病例来提高阅片能力,理论与实践相辅相成达到较好的教学效果。然而学生临床见习时间比较少,见习时学生比较多,实践教学效果不够理想,针对这一问题开发一套具有自主影像诊断学习功能的医学影像虚拟仿真实训平台,该平台采用C/S架构,PACS影像存储服务器使用Linux+FTP+Mysql技术架构。利用F5_BIG_IP 负载均衡技术和MNSS(Medical Network System Simulator)仿真软件,构建了一个分布式的医学影像虚拟仿真平台。经过学生的课堂实验测试,系统运行稳定,能够满足学生的诊断学习需求,具有较好的推广价值。

Abstract:

Medical imaging diagnostics is a subject with strong practicality. Students should not only master theoretical knowledge, but also improve their reading ability by contacting a large number of clinical imaging cases. Theory and practice complement each other to achieve better teaching results. However, students have less clinical probation time, more students are on probation, most of them are on the lookout, and the effect of practical teaching is not ideal. To solve this problem, a medical image virtual simulation training platform with autonomous image diagnosis learning function is developed. The platform adopts C/S architecture, and the PACS image storage server uses Linux+FTP+Mysql technology architecture. Using F5_BIG_IP load balancing technology and MNSS (Medical Network System Simulator) simulation software, a distributed virtual simulation platform for medical images is constructed. The system runs steadily and meets the students"needs of diagnostic learning, which has good popularization value.