随着人们对海洋方面研究的不断深入,海洋中各种环境物理场也越来越受到人们的关注,这就需要对海洋环境多物理场进行全面广泛的测量.传统的测试方法已经远远不能满足人们对于海洋资源勘测的要求,特别是在需要对对多个物理场同时测量的时候,繁多的各种物理场采集系统硬件设备将大大降低测量的灵活性以及系统的安全性和可靠性.因此,开发出小型化、智能化的现代测量系统成为了一大新挑战.
With the deepening of the marine research, the marine variety of environmental physical field attract more and more attentions, which requires comprehensive measurement of multi-physics of the marine environment. Traditional testing methods is far fi'om being able to meet the requirements for the investigation of marine resources, especially in the need for the simultaneous measurement of multiple physical field, the range of a variety of physical field acquisition system hardware will greatly reduce the flexibility of the measurement and system security and reliability. Therefore, the development of miniaturized, intelligent measurement system has become a new challenge