Wireless Sensing (WS) provides a low-cost means of monitoring humans and objects for the
next generation of IoT. However, the deployment of WS for various applications is limited by; …

Backscatter communications (BCs), allowing passive devices to transmit information by
reflecting incident RF signals, have emerged as an attractive solution for the green Internet …

Visible Light Backscatter Communication (VLBC) presents an emerging ultra-low-power IoT
connectivity solution with high spatial-spectral efficiency and intrinsic human-perceivable …

The increasing number of embedded, plugged-in radios around homes and offices in
everyday objects such as appliances, TVs, and smart speakers provides an excellent …

This paper presents μ Tag, an ultra-low-power backscatter sensor that supports high-
frequency sensing of a large number of targets simultaneously. The core of μ Tag is an RF" …

Recent innovations significantly advance the communication capabilities of backscatter
networks, while energy harvesting remains the bottleneck of these backscatters. To tackle …

Multiple tag signal detection is of great importance to the backscatter communication.
However, existing works implicitly assume that all tags are in their active modes, which is not …

Backscatter communication suggests a low-cost solution to connect billions of devices
through wireless signals and realize the vision of the Internet Of Things (IoT). However, due …

Recently, ambient backscatter communication has become a promising technology to
support the low-power and low-cost Internet-of-Things (IoT). However, the nondeterministic …