摘要
现阶段,面向消息中间件的安全性是行业研究热点,旨在设计出能够保障数据传输完整性的安全机制。了解Java消息服务(Java Message Service,JMS)两种消息通信模型,明确其在安全性方面的不足,应用数字加密技术,提出以身份验证为前提的安全通信模型,最后对模型各部分组成详细阐述。采用数字签名信息进行双向身份认证,提高基于JMS的通信安全性,发挥相应技术的应用优势,完成数据高效传输。
At this stage,the security of message oriented middleware is a research hotspot in the industry.It aims to design a security mechanism that can ensure the integrity of data transmission,understand the two message communication models of Java Message Service(JMS),clarify their shortcomings in security,apply digital encryption technology,and propose a secure communication model based on identity verification.Finally,the components of the model are described in detail.Digital signature information is used for two-way identity authentication to improve the communication security based on JMS,give full play to the application advantages of corresponding technologies,and complete efficient data transmission.
作者
陈德亮
CHEN Deliang(Guangdong Nanfang Telecom Planning Consulting&Design Institute Co.,Ltd.,Shenzhen 512123,China)
出处
《通信电源技术》
2021年第21期134-136,共3页
Telecom Power Technology