The ever-developing Internet of Things (IoT) brings the prosperity of wireless sensing and
control applications. In many scenarios, different wireless technologies coexist in the shared …

This paper designs a smart urban environment monitoring system based on the wireless
network of ZigBee to complete the real-time collection of urban environment information. The …

In this work, we explore the potential and impact of unlicensed LTE on WiFi in unlicensed
spectrum. Our experiments demonstrate that the large asymmetry in the channel access …

Recent research on CTC (cross-technology communication) demonstrates the viability of
direct coordination among heterogeneous devices (eg, WiFi and ZigBee) with incompatible …

Cross-technology communication (CTC) is a technique that enables direct communication
among different wireless technologies. Recent works in this area have made substantial …

Cross-Technology Communication (CTC) is an emerging technique that enables direct
communication across different wireless technologies. Recent works achieve physical-level …

To mitigate the issue of cross-technology interference (CTI) under dense wireless, cross-
technology communication (CTC) was recently proposed, which enables direct …

Motivated by the recent push to deploy LTE in unlicensed spectrum, this paper develops a
novel system to enable co-existence between LTE and WiFi. Our approach leverages LTE …

Under significant coexistence in the ISM band, the impact of cross-technology interference
(CTI) has become a major threat to low-power IoT. This paper presents ECC that uniquely …

This paper presents mZig, a novel physical layer design that enables a receiver to
simultaneously decode multiple packets from different transmitters in ZigBee. As a low …