Analysis on the Effective Application of VPN Technology in Hospital Information Construction

Jin Hui(Sichuan University)

Abstract

With the rapid development of economic construction, constant improvement of economic level of china, all walks of life have technologically conducted in-depth study on related knowledge applied in their own areas. Among them, the application of relative technology as well as relative requirements in medical industry is also constantly improving. The application of emerging technology not only plays a significant role in the modernization development of hospital, but also is greatly significant on the improvement of medical quality. Therefore the key point of hospital development is how to use network technique to ensure the rapid, stable and safe operation of hospital's daily work. Starting from the information construction of hospital, this paper has made a discussion on the concept and advantages of VPN technology, and an analysis on the specific application of VPN technology in hospital. According to the discourse of the paper, it's possible to provide valuable references and suggestions for the application of VPN technology on the information construction of hospitals.

Keywords

VPN technology; Information construction; Application

References

Jian Zhang. Application of VPN Technology in Hospital Information Construction[A]. National and Provincial Mechanical Engineering Society. Collected papers titled Lead by Innovation-driven, Accelerate "Made-in-China 2025" Strategy Implementation Seminar and the Sixth National & local MES Academic Annual Conference 2016[C]. National and Provincial Mechanical Engineering Society, 2016:3. (in Chinese)

Wenbo Wang, Yaping Wang, Lin Liu. Application and Research of VPN technology in Hospital Network[J]. China Medical Devices, 2014, 04:61-62. (in Chinese)

Shengzhe He. Application & Development Prospect of VPN Technology in Hospital Information Construction[J]. Information construction, 2015, 11:215+217. (in Chinese)

DOI: http://dx.doi.org/10.26549/met.v1i1.327