According to the limited communication distance and the low transmission efficiency for
massive electronic tags/sensors of traditional or bistatic backscatter technology, the BackFi …

Ambient backscatter communication enabling device-to-device (D2D) communications via
the ambient radio frequency (RF) signal has revealed its numerous application potential in …

Traditional WiFi devices, wireless energy harvesting devices, sensor-driven smart gadgets,
and backscatter communication tags can all be part of a heterogeneous wireless network. In …

Ambient backscatter communication (AmBC) has become a promising technology to the
Internet of Things (IoT) due to its low cost and high energy-efficiency. Since the AmBC …

In this paper, we investigate and analyze a hybrid ambient backscatter (AmBack) scheme
with harvest-then-transmit protocols. In this scheme, the whole transmission is divided into …

Bistatic backscatter communication is emerged as a promising technique to significantly
enlarge the lifetime of Internet of Things (IoT) network due to its inherently low-power …

Ambient backscatter technology is a newborn communication scheme, where the devices
communicate with each other by backscattering the existing ambient radio frequency …

The application of backscatter communications is expanding from Radio Frequency
Identification (RFID) to ultra-low power connectivity solution for Internet of Things (IoT) …

The green communication and large-scale connection issues will be faced by the wireless
communication networks with futuristic sixth generation (6G) technology. The radiofrequency …

Backscatter communication is a new wireless communication technology, which can enable
battery-free devices to communicate with others by backscattering ambient radio-frequency …