Long-range (LoRa) technology is most widely used for enabling low-power wide area
networks (WANs) on unlicensed frequency bands. Despite its modest data rates, it provides …

The number of devices is expected to radically increase in near future, with an estimate of
above 50 billion connected devices by 2020. The subscribers demand improved data rates …

The Long Term Evolution-Advanced (LTEAdvanced) networks are being developed to
provide mobile broadband services for the fourth generation (4G) cellular wireless systems …

This paper presents ZigZag, an 802.11 receiver design that combats hidden terminals.
ZigZag's core contribution is a new form of interference cancellation that exploits asynchrony …

A fundamental problem with unmanaged wireless networks is high packet loss rates and
poor spatial reuse, especially with bursty traffic typical of normal use. To address these …

Existing indoor WiFi networks in the 2.5 GHz and 5 GHz use too much transmit power,
needed because the high carrier frequency limits signal penetration and connectivity …

Recent studies show that high-power cross-technology interference is becoming a major
problem in today's 802.11 networks. Devices like baby monitors and cordless phones can …

We present a building block approach to hardware platform design based on a decade of
collective experience in this area, arriving at an architecture in which general-purpose …

Wireless sensor networks (WSNs) emerge as underlying infrastructures for new classes of
large-scale networked embedded systems. However, WSNs system designers must fulfill the …

In this paper we propose LoRaSyNc (LoRa receiver with SyNchronization and
Cancellation), a second generation LoRa receiver that implements Successive Interference …