Wireless Communications for Smart Dust
Wireless Communications for Smart Dust
复制标题
智能灰尘无线通信
DOI：
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发表时间：
1998
期刊：
影响因子：
--
通讯作者：
K. Pister
中科院分区：
文献类型：
--
作者：
Victor S. Hsu;J. Kahn;K. Pister
这项研究的目标是设计一个无线通信系统，用于从分布式传感器网络或智能灰尘系统发送和接收数据。用于在尘埃上进行通信的设备受到尺寸和功率的限制，并且需要以至少 1 kbps 的数据速率在数百米范围内进行通信。考虑了具有有源和无源发射器的光链路以及射频链路。对尘埃上的无源发射器或角立方体后向反射器 (CCR) 与成像系统（CMOS 或 CCD）之间的链路的详细分析表明了该链路的可行性。 The technique used for modeling and analyzing the performance of imperfect CCRs is discussed , and some results from this analysis are presented.研究了用于高数据速率接收和优化性能的成像系统的设计。讨论了决定适当通信协议选择的因素。
The goal of this research is to design a wireless communication system for sending and receiving data from distributed sensor networks, or Smart Dust systems. The devices for communication on the dust motes are subject to size and power constraints, and are required to communicate over several hundred meters at a minimum data rate of 1 kbps. Optical links with active and passive transmitters and RF links are considered. A detailed analysis of the link from a passive transmitter, or corner-cube retrore-flector (CCR), on the dust mote to an imaging system, either CMOS or CCD, shows the feasibility of this link. The technique used for modeling and analyzing the performance of imperfect CCRs is discussed , and some results from this analysis are presented. The design of the imaging system for high data rate reception and optimized performance is investigated. Factors governing the choice of an appropriate communication protocol are discussed.
影响因子：
3.4
作者：
B. Achiriloaie;Albanesi;Y. Altschuler;K. E. Schmid;Artalejo;C. R. Lemmon;Palfrey;-Barylko
通讯作者：
B. Achiriloaie;Albanesi;Y. Altschuler;K. E. Schmid;Artalejo;C. R. Lemmon;Palfrey;-Barylko