Wireless local positioning - concepts, solutions, applications

Radio and Wireless Conference, 2003. RAWCON '03. Proceedings Pub Date : 2003-09-08 DOI:10.1109/RAWCON.2003.1227932

M. Vossiek, L. Wiebking, P. Gulden, J. Weighardt, C. Hoffmann

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引用次数: 108

Abstract

Local positioning will be one of the most exciting features of the next generation of wireless system. With this technique a mobile device can either gather the information about its position or can be localized from elsewhere. Completely new concepts and features in wireless data transmission and transponder systems is enabled by this. Self-organizing sensor networks, ubiquitous computing, location service billing, context dependent information services, tracking and guiding are only some of the numerous possible application areas. This paper gives an overview over existing wireless positioning solutions and attempts to structure different techniques and applications. Furthermore two novel positioning systems currently developed by Siemens are featured as system examples. First a neural cellular positioning system NCPS is introduced. This system is designed for positioning solutions for industrial, medical and consumer scenarios and is based on existing wireless voice and data infrastructure. Second the Siemens local positioning radar (LPR) is presented. This system is designed for cm-precision and realtime positioning in the area of industrial logistics, control and automation. The application examples are completed by an application in the field of augmented reality computing.

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无线本地定位-概念，解决方案，应用

本地定位将是下一代无线系统最令人兴奋的功能之一。利用这种技术，移动设备既可以收集有关其位置的信息，也可以从其他地方进行定位。无线数据传输和应答器系统的全新概念和功能由此实现。自组织传感器网络、无处不在的计算、位置服务计费、与上下文相关的信息服务、跟踪和引导只是众多可能应用领域中的一部分。本文概述了现有的无线定位解决方案，并尝试构建不同的技术和应用。并以西门子公司目前开发的两种新型定位系统为系统实例。首先介绍了神经细胞定位系统NCPS。该系统基于现有的无线语音和数据基础设施，专为工业、医疗和消费场景的定位解决方案而设计。其次介绍了西门子局部定位雷达(LPR)。该系统是为工业物流、控制和自动化领域的厘米级精度和实时定位而设计的。并以增强现实计算领域中的一个应用实例来完成应用实例。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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Radio and Wireless Conference, 2003. RAWCON '03. Proceedings

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