While purely digital phased arrays were once discarded as simultaneous transmit and
receive (STAR) capable platforms, this notion has recently been reconsidered. Previous …

Self-interference (SI) cancellation for full-duplex (FD) multiple input multiple output (MIMO)
systems is challenging due to both hardware and signal processing complexity. In this …

In-band full duplex (IBFD) radio represents one of the key technologies for future wireless
communication and radar applications. A major challenge of this technology is to mitigate …

Source positioning using hybrid angle-of-arrival (AOA) estimation and received signal
strength indicator (RSSI) is attractive because no synchronization is required among …

Abstract In-Band Full-Duplex (IBFD) systems have the capability of simultaneously
transmitting and receiving signals through the channel and require the same resources as …

Self-interference (SI) is the key issue that prevents in-band full-duplex (IBFD)
communications from being practical. Analog multi-tap adaptive filter is an efficient structure …

Analog least mean square (ALMS) loop is a promising method to cancel self-interference
(SI) in in-band full-duplex (IBFD) systems. In this paper, the steady state analyses of the …

Analog least mean square (ALMS) loop is a promising structure for self-interference (SI)
mitigation in full-duplex radios due to its simplicity and adaptive capability. However, being …

Joint analog and digital self-interference cancellation (SIC) is essential for enabling in-band
full duplex (IBFD) communications. Analog least mean square (ALMS) loop is a promising …

Carrier frequency and symbol rate estimation are the main contents of parameter estimation,
which is the basis of modulation recognition and further processing of signals especially in …