Abstract The Industrial Internet of Things (IIoT) envisions enhanced surveillance and control
for industrial applications through diverse IoT devices. However, the increasing …

Mission-critical IoT applications such as wirelessnetworked industrial control require reliable
wireless communication. Due to co-channel interference and wireless channel dynamics …

Wireless networks are being applied in various industrial sectors, and they are posed to
support mission-critical industrial IoT applications which require ultra-reliable, low-latency …

Efficient slot allocation and transmit-sleep scheduling is an effective access control
mechanism for improving communication performance and network lifetime in …

Wireless closed-loop control is of major significance for future industrial manufacturing.
However, control applications pose stringent quality of service requirements for reliable …

Future Industrial Internet-of-Things (IIoT) systems will require wireless solutions to connect
sensors, actuators, and controllers as part of high data rate feedback-control loops over real …

For successfully establishing wireless communication in industrial environments, new
approaches supporting the stringent requirements of industrial machine-to-machine …

In a wireless network with multihop transmissions and interference-limited link rates, can we
balance power control in the physical layer and congestion control in the transport layer to …

Control communications co-design enables robust and scalable wireless closed-loop
control system design. We study the metric “control-communications availability” that allows …

Efficient distributed resource allocation and users to cells assignment over a heterogeneous
integrated wireless environment is addressed, where multiple-access technologies coexist …