One hurdle to accurate indoor localization using time-based networks is the presence of
Non-Line-Of-Sight (NLOS) and multipath signals, affecting the accuracy of ranging in indoor …

The use of higher frequency bands compared to other wireless communication protocols
enhances the capability of accurately determining locations from ultra-wideband (UWB) …

Developing a reliable and accurate indoor localization system is a crucial step for creating a
seamless and interactive user-device experience in nearly all intelligent internet of things …

Localization schemes based on one-way Channel Frequency Response (CFR) are limited
in terms of the available coherent bandwidth due to random timing and phase offsets. Two …

Accurate altimetry is essential for location-based services in commercial and industrial
applications. However, current altimetry methods only provide low-accuracy measurements …

为向室内定位技术定位精度及抗干扰能力提供高精度数据对比标准, 提出单目视觉空间移动靶位
姿测量方法. 结合机器视觉投影矩阵求解与摄影测量后方交会技术, 实现任意靶位姿下的相机外 …

Frequency Modulation (FM) broadcast signals, regarded as opportunistic signals, hold
significant potential for indoor and outdoor positioning applications. The existing FM-based …

Neural network positioning technology, as one of the mainstream in indoor Wi-Fi positioning
systems, is playing an increasingly important role in location-based services. The main …

Indoor localization systems predominantly depend on one-dimensional signal
measurements, such as the Received Signal Strength Indication (RSSI) from Bluetooth or …

While inertial measurement unit (IMU)-based motion capture (MoCap) systems have been
gaining popularity for human movement analysis, they still suffer from long-term positioning …