面向智能手机的室内LBS服务系统
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摘要
本文基于ESRI for Android的API,及室内定位技术,实现了一套室内定位原型系统,具体包括室内地图、室内路径的绘制、室内定位计算,以及提供路径规划等功能。
引文
[1]He T,Huang C,BM Blum,et al.Range-free localization schemes for large scale sensor networks.Proceeding of ACM MobiCom,2003:81-95
[2]吴东金,夏林元.面向室内WLAN定位的动态自适应模型.测绘学报,2015,44(12):1322-1330
[3]Liu J,Zhu L,Wang Y,et al.Micromachines Reciprocal Estimation of Pedestrian Location and Motion State toward a Smartphone Geo-Context Computing Solution.Micromachines,2015,6(6):699-717
[4]Mok C M.Using outdoor public WiFi and GPS integrated method for position updating of knowledge-based logistics system in dense high rise urban environments//Proceedings of the International Conference on Supply Chain Management&Information Systems.IEEE,2011
[5]Subbu K,Zhang Chi,Luo Jun,et al.Analysis and Status Quo of Smartphone-based Indoor Localization Systems.IEEE Wireless Communications,2014,21(4):106-112
[6]蔡敏敏.基于行人航位推算的室内定位技术综述.微型机与应用,2015,34(13):9-16
[7]Yue Xu,Yong Shi,Xingyu Zheng,Yi Long,An Indoor Space Partition Method and Its Fingerprint Positioning Optimization Considering Pedestrian Accessibility.ISPRS Archive,2016:347-350
[8]Xingyu Zheng,Yi Long,Yong Shi,Yue Xu.A Hiden Markov model for indoor tracking based on Bluetooth fingerpr-inting and step counting.//Proceedings of the Conference on Location-Based Services,2016
[2]吴东金,夏林元.面向室内WLAN定位的动态自适应模型.测绘学报,2015,44(12):1322-1330
[3]Liu J,Zhu L,Wang Y,et al.Micromachines Reciprocal Estimation of Pedestrian Location and Motion State toward a Smartphone Geo-Context Computing Solution.Micromachines,2015,6(6):699-717
[4]Mok C M.Using outdoor public WiFi and GPS integrated method for position updating of knowledge-based logistics system in dense high rise urban environments//Proceedings of the International Conference on Supply Chain Management&Information Systems.IEEE,2011
[5]Subbu K,Zhang Chi,Luo Jun,et al.Analysis and Status Quo of Smartphone-based Indoor Localization Systems.IEEE Wireless Communications,2014,21(4):106-112
[6]蔡敏敏.基于行人航位推算的室内定位技术综述.微型机与应用,2015,34(13):9-16
[7]Yue Xu,Yong Shi,Xingyu Zheng,Yi Long,An Indoor Space Partition Method and Its Fingerprint Positioning Optimization Considering Pedestrian Accessibility.ISPRS Archive,2016:347-350
[8]Xingyu Zheng,Yi Long,Yong Shi,Yue Xu.A Hiden Markov model for indoor tracking based on Bluetooth fingerpr-inting and step counting.//Proceedings of the Conference on Location-Based Services,2016