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SEPARATION OF OVERLAPPING INCISIONS OF A.C.OSCILLOPOLAROGRAM USING KALMAN'S FILTER TECHNIQUE
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作者 Si Dan DU Shu Ping BI Zhong WANG Hong GAO (H.Kao) Chemistry Department,Nanjing University,Nanjing,210008,P.R.China 《Chinese Chemical Letters》 SCIE CAS CSCD 1991年第2期151-152,共2页
Kalman's Filter Technique for the separation of overlapping incisions of an a.c.oscillopolarogram is presented,the experimental verifications were carried out in various systems with the ions of Pb^(2+),Tl^+,In^(3... Kalman's Filter Technique for the separation of overlapping incisions of an a.c.oscillopolarogram is presented,the experimental verifications were carried out in various systems with the ions of Pb^(2+),Tl^+,In^(3+)and Cd^(2+).The results showed that the concentration of the depolarizer can be determined directly and easily with this technique in the presence of interference elements. 展开更多
关键词 In this separation OF overlapping INCISIONS OF A.C.OSCILLOPOLAROGRAM USING KALMAN’S FILTER TECHNIQUE
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A Coverage-Aware Unequal Clustering Protocol with Load Separation for Ambient Assisted Living Based on Wireless Sensor Networks 被引量:2
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作者 Xiaoying Song Tao Wen +3 位作者 Wei Sun Dongqing Zhang Quan Guo Qilong Zhang 《China Communications》 SCIE CSCD 2016年第5期47-55,共9页
Ambient Assisted Living(AAL) is becoming an important research field. Many technologies have emerged related with pervasive computing vision, which can give support for AAL. One of the most reliable approaches is base... Ambient Assisted Living(AAL) is becoming an important research field. Many technologies have emerged related with pervasive computing vision, which can give support for AAL. One of the most reliable approaches is based on wireless sensor networks(WSNs). In this paper, we propose a coverage-aware unequal clustering protocol with load separation(CUCPLS) for data gathering of AAL applications based on WSNs. Firstly, the coverage overlap factor for nodes is introduced that accounts for the degree of target nodes covered. In addition, to balance the intra-cluster and inter-cluster energy consumptions, different competition radiuses of CHs are computed theoretically in different rings, and smaller clusters are formed near the sink. Moreover, two CHs are selected in each cluster for load separation to alleviate the substantial energy consumption difference between a single CH and its member nodes. Furthermore, a backoff waiting time is adopted during the selection of the two CHs to reduce the number of control messages employed. Simulation results demonstrate that the CUCPLS not only can achieve better coverage performance, but also balance the energy consumption of a network and prolong network lifetime. 展开更多
关键词 Ambient Assisted Living wireless sensor networks unequal cluster coverage overlap factor load separation network lifetime
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