In the last decade, the bandwidth expansion and MIMO spatial multiplexing have promised
to increase data throughput by orders of magnitude. However, we are yet to enjoy such …

WiFi backscatter communication has the potential to enable battery-free sensors which can
transmit data using a WiFi network. In order for WiFi backscatter systems to be practical they …

User demand for increasing amounts of wireless capacity continues to outpace supply, and
so to meet this demand, significant progress has been made in new MIMO wireless physical …

Multi-User MIMO, the hallmark of IEEE 802.11 ac and the upcoming 802.11 ax, promises
significant throughput gains by supporting multiple concurrent data streams to a group of …

In this paper, we design and implement a versatile MIMO backscatter (VMscatter) system,
which leverages the diversity features of MIMO to dramatically decrease bit error rate (BER) …

With the explosive growth of smart devices and mobile data traffic, the wireless local area
network (WLAN) faces persistent challenge on increasing the network throughput to meet …

Large MIMO base stations remain among wireless network designers' best tools for
increasing wireless throughput while serving many clients, but current system designs …

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

Transitioning to more intelligent, autonomous transportation systems necessitates network
infrastructure capable of accommodating both substantial uplink traffic and massive vehicle …

The recent paradigm shift towards the transmission of large numbers of mutually interfering
information streams, as in the case of aggressive spatial multiplexing, combined with …