Traditionally, an unsuccessful packet reception, either due to channel conditions or
interference from multiple sources (collisions), is discarded and followed by a new reception …

FTN (Faster Than Nyquist) signaling allows capacity gains but requires substantially
complex equalization schemes, even for an ideal AWGN (Additive White Gaussian Noise) …

Impulsive noise poses a significant challenge to single input multiple output wireless
communication systems. This paper assesses the effectiveness of hybrid combining …

Prefix-assisted direct-sequence code-division multiple access (DS-CDMA) is a viable
transmission technique for high-data-rate wireless broadband systems, capable of coping …

This paper investigates novel techniques for enabling efficient and scalable access in future
6G wireless networks, specifically focusing on grant-free access methods. Motivated by multi …

This paper proposes a new random access Medium Access Control (MAC) protocol, named
as Full-duplex Multipacket reception Medium Access Control (FM-MAC), which jointly uses …

Traditionally, Low Earth Orbit (LEO) satellite networks use hard handovers when a Mobile
Terminal (MT) moves between the footprints of two satellites. Such approach introduces a …

Current wireless communication systems rely on the assumptions of the Nyquist theorem.
Faster-Than-Nyquist (FTN) assumes that a bandwidth below the Nyquist bandwidth can be …

Future wireless systems will need to cope with highly dispersive channels in order to support
high data rates. A slotted Prefix-assisted DS-CDMA allows the multiplexing of various Mobile …

This paper proposes a new random access Medium Access Control protocol for Machine-
Type Communication (MTC) systems, which applies MultiPacket Reception techniques to …