Spatial Information Science & Engineering, University of Maine / Orono, ME, USA; E-Mail:
Sensors (Basel). 2009;9(7):5664-78. doi: 10.3390/s90705664. Epub 2009 Jul 15.
In the recent decade, several technology trends have influenced the field of geosciences in significant ways. The first trend is the more readily available technology of ubiquitous wireless communication networks and progress in the development of low-power, short-range radio-based communication networks, the miniaturization of computing and storage platforms as well as the development of novel microsensors and sensor materials. All three trends have changed the type of dynamic environmental phenomena that can be detected, monitored and reacted to. Another important aspect is the real-time data delivery of novel platforms today. In this paper, I will survey the field of geosensor networks, and mainly focus on the technology of small-scale geosensor networks, example applications and their feasibility and lessons learnt as well as the current research questions posed by using this technology today. Furthermore, my objective is to investigate how this technology can be embedded in the current landscape of intelligent sensor platforms in the geosciences and identify its place and purpose.
在最近的十年中,有几种技术趋势以显著的方式影响了地球科学领域。第一种趋势是无处不在的无线通信网络技术的普及,以及低功耗、短距离基于无线电的通信网络的发展、计算和存储平台的小型化以及新型微传感器和传感器材料的发展。这三个趋势都改变了可以检测、监测和应对的动态环境现象的类型。另一个重要方面是当今新型平台的实时数据传输。在本文中,我将调查地球传感器网络领域,主要关注小规模地球传感器网络的技术、示例应用及其可行性和经验教训,以及当今使用该技术提出的当前研究问题。此外,我的目标是研究如何将这项技术嵌入地球科学中智能传感器平台的当前格局,并确定其位置和用途。