E-911定位标准和定位商业服务

S.S. Wang, M. Green, M. Malkawa
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引用次数: 30

摘要

移动定位技术最初是为了响应美国联邦通信委员会(FCC)的E-911要求而开发的,现在已经成为标准开发小组日益重要的话题。美国联邦通信委员会(FCC)规定,到2001年10月,E-911的移动呼叫必须定位到一定的精度水平(即,67%的情况下,50米,95%的情况下,基于手机的定位解决方案为150米)。这一需求,加上消费者对定位商业服务的需求,推动了移动通信行业研究有前景的定位技术和新的定位增值服务。在GSM系统定位标准的E-911阶段,已经接受了E-OTD方法。几乎与此同时,基于gps的定位标准IS-801也已经为cdma2000开发出来。虽然大部分重点都放在了定位技术的发展上,以符合E-911裁决,但另一个需要考虑的重要领域是定位增值服务的出现。当接收到移动信息时,可在系统内使用该信息以(1)改善系统不同层中的系统性能和(2)增加用于位置商业服务的无线系统功能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
E-911 location standards and location commercial services
Mobile location positioning technologies, initially developed in answer to the U.S. Federal Communications Commission (FCC) E-911 requirement have become an increasingly important topic in the standards development group. The U.S. FCC has mandated that by October 2001, mobile callers to E-911 must be located to within a certain accuracy level (i.e., 50 m in 67% of cases and 150 m in 95% of cases for handset-based location solution). This requirement, coupled with the consumer demand for location commercial services, has driven the cellular industry to research promising positioning techniques and new location value-added services. The E-OTD method has been accepted in the E-911 phase of GSM system location standards. Almost at the same time, the GPS-based location standard, IS-801, has also been developed for cdma2000. While much of the emphasis has been on the development of location technologies to comply with the E-911 ruling, another important area for consideration is the emergence of location value-added services. When the mobile information is received, it may be used within the systems to (1) improve the system performance in the different layers of the systems and (2) increase wireless system functionality for location commercial services.
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