This article presents a robust visible light localization (VLL) technique for wireless sensor
networks, with 2-D indoor positioning (IP) capabilities, based on embedded machine …

Indoor localization of high accuracy has been widely interested. Among competitive
solutions, visible light positioning (VLP) is promising due to its ability to deliver high …

Reduced deployment and calibration requirements are key for scalable and cost-effective
indoor positioning systems. In this work, we propose a low-complexity, weak calibration …

Indoor device-free localization (DFL) has many uses, including aged care, location-based
services, ambient-assisted living, and fire safety management. In recent publications …

Datasets used for artificial-neural-network and machine-learning applications play a vital
role in the research and application of such techniques in solving real-life problems. The …

摘要为提高室内可见光定位精度, 提出一种基于天牛须搜索算法优化最小二乘支持向量机(BAS-
LSSVM) 的可见光指纹定位方法. 先利用LED 的光强信号强度特征构建指纹库 …

Visible light positioning or VLP has been identified as a promising technique for accurate
indoor localization utilizing pre-existing lighting infrastructure. Robot navigation is one of the …

This paper presents a low-power Visible Light Localisation (VLL) Artificial Intelligence (AI)-
enabled system for Indoor Positioning (IP) purposes. Compared to other IP techniques, VLL …

Visible light positioning is one of the most popular technologies used for indoor positioning
research. Like many other technologies, a calibration procedure is required before the …