The capability of nodes to transmit and receive data simultaneously within the same frequency band, referred as in-band FD, disrupts conventional assumptions underlying wireless network design. This new feature enhances spectral efficiency reduces latency, which are essential drivers in advancing next-generation networks. In past few years, full-duplex (FD) has evolved from being a laboratory i...

Data exchange with strong data transmission time guarantees is necessary in the internal communication of an aircraft. The Avionics Full Duplex Switched Ethernet (AFDX) has been developed for this purpose. Its design is based on the principle of a switched network with physically redundant links to support availability. It should also be tolerant to transmission and link failures in the network...

In-band full-duplex (IBFD) technology is a promising solution to boost the throughput of wireless networks. To bring IBFD reality, modem has cancel self-interference (SI) signal, which includes strong direct Tx leakage signal and weaker reflected from surroundings. Adaptive analog digital SI cancelation schemes have been proposed. It becomes then interesting understand, although, how echoed cou...

Abstract Previous video object segmentation approaches mainly focus on simplex solutions linking appearance and motion, limiting effective feature collaboration between these two cues. In this work, we study a novel efficient full-duplex strategy network ( FSNet ) to address issue, by considering better mutual restraint scheme motion allowing exploitation of cross-modal features from the fusion...

This paper aims to characterize the capacity limits of a wireless cellular network with full-duplex (FD) base-station (BS) and half-duplex user terminals, in which three independent messages are communicated: uplink message $m_1$ from BS, downlink $m_2$ BS user, device-to-device (D2D) $m_3$ user. From an information theoretical perspective, overall can be viewed as generalization FD relay broad...