Different from intermittent ISM signals like Bluetooth and WiFi, LTE signals are continuous in
time and more pervasive in space, which makes them suitable carriers for ambient …

Backscatter communication (BackCom) technology represents a low-cost and battery-free
technology for Internet-of-Things (IoT) applications. One variant of BackCom, termed as …

Ambient LTE backscatter is a promising way to enable ubiquitous wireless communication
with ultra-low power and cost. However, modulation in previous LTE backscatter systems …

Backscatter communication is an emerging low-power communication technology that has
been integrated into the Internet of Things (IoT) due to its exceptional self-sustainability …

Existing IoT systems suffer from restricted communication distances, high deployment costs,
and frequent battery replacements, making them ineffective for managing healthcare data …

The emergence of high-precision indoor backscatter tag tracking in GPS-deprived
environments has advanced applications from virtual reality to factory automation. Despite …

This research study explores the impact of Sliding Mode Control (SMC) controllers and
pumped storage hydro power stations on the frequency stability of a two-area power system …

This chapter discusses how smart home applications benefit from backscatter
communication, and designs a corresponding backscatter scheme called ZScatter to turn …

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This chapter provides an in-depth discussion of how remote physical condition monitoring
applications benefit from backscatter communication and explores the design of a …