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1·It introduce some details of acoustic sensor node design.

还有声音传感器节点的具体设计。

2·A capacitive micro-acoustic sensor with a polysilicon film as diaphragm was designed in this paper.

设计了一种以多晶硅薄膜作为振动膜片的电容式硅微声传感器。

3·A passive acoustic sensor network time-delay probabilistic localization algorithm is present in this paper.

提出了一种被动声传感器网时延概率定位的综合处理算法。

4·So the orientation algorithm and its implementation is one of kernel technique of the acoustic sensor network.

因此定位算法及其实现技术是声传感器网络的核心技术之一。

5·Compared to available fiber optic acoustic sensors, this sensor gives more efficient output induced by acoustic pressure.

与同类光纤声传感器相比，有更高的声光转换效率。

6·A simple practical implementation of positioning system with passive acoustic sensor arrays for localizing helicopter was presented.

利用简易被动声传感器阵列进行直升机目标定位。

7·Sensor devices are not limited to RFID, and can include environmental sensors, location sensors, optical sensors, acoustic sensors, and many others.

传感器设备并不限于 RFID，可以包括环境传感器、位置传感器、光学传感器、声传感器和其他很多种类的传感器。

8·This paper presents the research on the interferometric fiber-optic sensor's PGC scheme which is suitable for the construction of the acoustic sensor array.

对适用于干涉型光纤水声传感器阵列的PGC（相位载波）调制—解调单元光纤水声传感器进行了研究，分析得出了光纤水声传感器PGC检测新的带宽要求；

9·The MH-60R collects and processes voice, video, radar and acoustic sensor data to alert the Navy vessels it supports of undersea or surface movements and threats.

该MH-60R还将收集和处理语音，视频，雷达和声学传感器的数据，提醒海底或海面海军船只的运动情况和所面临的威胁。

10·One of the aims to design the underwater acoustic sensor networks is to supply the reliable communications between nodes and minimize the energy consumption as well.

水声传感器网络设计的其中一个目标就是提供节点间可靠通信的同时，能量消耗最小化。