无人船辅助海洋数据安全的移动边缘计算

Mobile Edge Computing for Unmanned Ship-Assisted Marine Data Security

为提高海洋数据传输的安全性,提出一个基于无人船辅助的移动边缘计算(MEC)系统。该系统架构分为远程云计算层、平衡缓存层、无人船辅助边缘计算层和用户层,可充分利用无人船上的MEC服务器,有效减少数据处理延迟,提升计算效率。此外,结合安全多方计算技术和人工智能算法,该系统可在保证数据传输安全性的同时,对数据处理的速度和传输效率进行优化。结果证明,本研究所提出的模型在海洋环境中具有显著的实用性和效率,能够为海洋科学研究和资源管理提供新的解决方案。

In order to improve the security of marine data transmission,a mobile edge computing(MEC)system based on unmanned ship is proposed.The system architecture is divided into remote cloud computing layer,balanced cache layer,unmanned ship-assisted edge computing layer and user layer,which can make full use of MEC server on unmanned ship,effectively reduce data processing delay and improve computing efficiency.In addition,by combining secure multi-party computing technology and artificial intelligence algorithms,the system can optimize the speed and transmission efficiency of data processing while ensuring the security of data transmission.The results show that the model proposed in this study has significant practicality and efficiency in marine environments,and can provide new solutions for marine scientific research and resource management.