基于联合定位算法的海洋测深网平差模型可靠性分析
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摘要
由于联合定位算法自身拥有的近似特性,被许多研究者用来分析海洋测深网平差模型可靠性问题。提出了联合定位算法的海洋测深网平差模型可靠性分析方法。针对不同类型分析时不同算法的多元性,建立了海洋测深网质量、海洋测深网模式和模型可靠性分析效率。使用联合定位算法来表征海洋测深网平差多元性的差距,可靠性分析得到的结论将有助于海洋测深网平差模型可靠性分析,使用联合定位算法时达到最优化分析的目的。
Because of the approximate characteristics of the joint positioning algorithm,it has been used by many researchers to analyze the reliability of the adjustment model of the ocean bathymetric network.In this paper,a reliability analysis method of the adjustment model of the ocean bathymetric network based on the joint positioning algorithm is proposed.According to the diversity of different algorithms in different types of analysis,the quality of ocean sounding network(QON),Ocean sounding network mode(OSNM)and model reliability analysis efficiency(MRAE)are established.The conclusion of reliability analysis will be helpful to the reliability analysis of the adjustment model of ocean sounding network.When using the joint positioning algorithm,the purpose of optimization analysis can be achieved.
Because of the approximate characteristics of the joint positioning algorithm,it has been used by many researchers to analyze the reliability of the adjustment model of the ocean bathymetric network.In this paper,a reliability analysis method of the adjustment model of the ocean bathymetric network based on the joint positioning algorithm is proposed.According to the diversity of different algorithms in different types of analysis,the quality of ocean sounding network(QON),Ocean sounding network mode(OSNM)and model reliability analysis efficiency(MRAE)are established.The conclusion of reliability analysis will be helpful to the reliability analysis of the adjustment model of ocean sounding network.When using the joint positioning algorithm,the purpose of optimization analysis can be achieved.
引文
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[2]CONSTABLE S.Review paper:Instrumentation for marine magnetotelluric and controlled source electromagnetic sounding[J].Geophysical Prospecting,2013,61(S1):505-532.
[3]张国堙,陶春辉,王奡,深水多波束声呐测深数据精度评估[J].海洋学报,2017(11):108-116.
[4]BARSUKOV P O,FAINBERG E B.Marine transient electromagnetic sounding of deep buried hydrocarbon reservoirs:Principles,methodologies and limitations[J].Geophysical Prospecting,2017,65(3):1-19.
[5]DALL′OSTO D R,DAHL P H.On the airborne contribution to the underwater sound-field from marine pile installation[J].Journal of the Acoustical Society of America,2017,141(5):3992-3993.
[6]BAIER F,ERBERTSEDER T,ELBERN H,et al.Impact of different ozone sounding networks on a 4d-var stratospheric data assimilation system[J].Quarterly Journal of the Royal Meteorological Society,2013,139(677):2055-2067.
[7]WANG J,SHENG Z,ZHOU B,et al.Lightning potential forecast over Nanjing with denoised sounding-derived indices based on ssa and cs-bp neural network[J].AOSNMospheric Research,2014,137(2):245-256.
[8]DENARDINI C M,DASSO S,GONZALEZ-ES-PARZA J A.Review on space weather in Latin America:2.the research networks ready for space weather[J].Advances in Space Research,2016,58(10):1940-1959.
[9]YANG P,WU W.Efficient particle filter localization algorithm in dense passive rfid tag environment[J].IEEE Transactions on Industrial Electronics,2014,61(10):5641-5651.
[10]LASLA N,YOUNIS M F,OUADJAOUT A,et al.An effective area-based localization algorithm for wireless networks[J].IEEE Transactions on Computers,2015,64(8):2103-2118.
[11]CHENG C Y.Indoor localization algorithm using clustering on signal and coordination pattern[J].Annals of Operations Research,2014,216(1):83-99.
[12]HUANG J F,CHANG G Y,CHEN G H.Ahistorical-beacon-aided localization algorithm for mobile sensor networks[J].IEEE Trans actions on Mobile Computing,2015,14(6):1109-1122.
[13]王杰文,宋春娜,胡岗.基于LBL的海底管节施工局域控制网建立[J].海洋测绘,2015,35(6):47-49.
[14]吴帅.水声定位模型的解析解及其仿真分析[J].测绘与空间地理信息,2015(8):87-89.
[15]王智明,吴春节,陈允约.测深仪固定误差和比例误差的检测方法[J].城市勘测,2013(2):126-128.