Litefoot: Ultra-low-power localization using ambient cellular signals
In this paper, we introduce a low-power wide-area cellular localization system, called
LiTEfoot. The core architecture of the radio carefully applies non-linear transform of the …
LiTEfoot. The core architecture of the radio carefully applies non-linear transform of the …
Experience: Practical Challenges for Indoor AR Applications
S Yamaguchi, A Arun, T Fujiwara, M Sakuta… - Proceedings of the 30th …, 2024 - dl.acm.org
This paper shares the challenges facing today's augmented reality (AR) smartphone
applications, particularly in the realm of localization and tracking failure. Our research …
applications, particularly in the realm of localization and tracking failure. Our research …
Enabling lightweight immersive user interaction in smart buildings through learning-based mobile panorama streaming
Smart buildings integrate users' digitized wearables with their physical surroundings,
creating a seamless and interactive user experience. This is achieved through the utilization …
creating a seamless and interactive user experience. This is achieved through the utilization …
The era of 5G/LTE Network Integration of Virtual Reality to Revolutionize IT Infrastructure
QS Ali, OA Abdulrazaq, ARM Al-Ani… - … 36th Conference of …, 2024 - ieeexplore.ieee.org
Background: 5G, when combined with immersive virtual reality (VR) technology, can create
a trillion dollar innovation ecosystem across industries from education and healthcare to …
a trillion dollar innovation ecosystem across industries from education and healthcare to …
Poster: Wideband Cellular Sensing for Real-time, Sustainable Geo-localization Tags
This paper presents LiTEfoot, an ultra-low power, wide-area localization system leveraging
ambient cellular signals to address the limitations of traditional self-localization systems in …
ambient cellular signals to address the limitations of traditional self-localization systems in …