Multipacket reception (MPR) is the capability of simultaneous decoding of more than one
packet from multiple concurrent transmissions. Continuous investigations on increasing the …

Future wireless networks are characterized by densely populated stations (STAs) with
limited battery capacity. These networks demand high aggregate throughput, increased …

Future wireless local area networks (WLANs) are expected to have numerous stations
(STAs) with diverse Quality of Service requirements. IEEE 802.11 ax is the current WLAN …

This paper proposes a deep Reinforcement Learning (RL) based co-design approach for
joint-optimization of wireless networked control systems (WNCS) where the co-design …

Design of an efficient wireless medium access control (MAC) protocol is a challenging task
due to the time‐varying characteristics of wireless communication channel and different …

Prior investigations on the Aloha network have primarily focused on its system throughput.
Good system throughput, however, does not automatically translate to good delay …

In the communication channels of bilateral teleoperation systems it is critical to keep the
delay and delay variation under prescribed limits. Otherwise, the stability and transparency …

In this paper, the multiple-packet-reception (MPR) capability is studied and incorporated into
the FSA to evaluate the throughput of the system. Then, an estimation model based on the …

The raw math of shifting from IPv4 to IPv6 enables the universe of connectivity to go from the
size of a golf ball to the size of the sun. Today, we have not proved our ability to manage …

This paper presents a Medium Access Control (MAC) protocol solution designed to properly
handle collisions when in the presence of a multi-packet detection receiver for Single …