Xiaolin Jiang

TL;DR: A new bottom-up approach is proposed through the realization of a WirelessHP physical layer specifically targeted at reducing the communication latency through the minimization of packet transmission time.

TL;DR: Results reveal that using relays may, in some cases, reduce end-to-end latency in industrial sites, as achievable minimum transmission time significantly decreases at short communication ranges.

TL;DR: This article discusses the possibilities offered by a recently published industrial wireless data set, which is more exhaustive than measurements previously reported and shows two cases of how those data have been applied to improve latency performance and to investigate the feasibility of physical-layer security techniques for wireless communication in industrial environments.

TL;DR: This paper applies physical layer authentication based on channel state information to measurements from four different industrial wireless communication scenarios, including indoor, outdoor, moving, and stationary scenarios, to derive meaningful insights on the applicability of such a method to industrial wireless communications.