... and full-duplex (FD) transmission have been extensively ...FD transmission can achieve twice throughput of HD transmission, but suffers from strong self-interference (SI), which may not ...
... words, fullduplextransmission enabled by ContraFlow only occurs when a node receives a data packet and has data packets for other nodes at the same ...leverage fullduplex technology ...
... their transmission medium: guided medium such as fibre communication and unguided medium like optical wireless communication (OWC) or free- space optical communication ...new transmission medium has been ...
... very small, the sum-capacity of the AF relaying scheme is larger than that of the DF relaying scheme. This is because to guarantee error-free decoding at RS requires very low transmission rates when the channels ...
... The problem of reactivation failure is associated with the non-time-slotted cognitive radio networks (NTS-CRN) where the PU and SU traffic is not synchronised i.e. PU randomly leaves and reclaims its licensed channel. In ...
... 2 bits/s/Hz. We also assume different levels of self- interference attenuation, and as discussed above, larger values of attenuation increase performance. Notice that if the relay node suffers too much from ...
... Residual self-interference (SI) cancellation in the digital baseband is an important problem in full-duplex (FD) communication systems. In this paper, we propose a new technique for estimating the SI and ...
... a stateful construction: a call to its initialization interface initializes a state, and a call to its duplexing interface absorbs a data block, applies the permutation π on the state, and squeezes at most r bits. ...
... and duplex mode is determined by the SPEED bit and the DPLX bit in the MAC Receive/PHY Control ...and duplex mode is determined by the SPEED bit and the DPLX bit in the MI PHY Register 0 (Control ...
... distributed full-duplex architecture [6] to leverage the wireless side channels to mitigate inter- mobile ...distributed full-duplex system is if and how the spatial degree-of-freedom, ...
... Abstract—A circulator is needed in a C-band airborne synthetic aperture radar system which employs single antenna configuration. The circulator provides full-duplex capability to transmit high- power RF ...
... Recently research has proven that FullDuplex is possible, contrary to what was thought before. The key component in making FullDuplex possible is self- cancellation of the Tx signal. In ...
... In fullduplex systems, self-interference (SI) cancellation amounts is limited by the power amplifier (PA) nonlinear distortion. In this paper, to cancel the nonlinear SI induced by the PA, a SI ...
... in full-duplex operation is at least twice that in traditional half-duplex operation [5, ...MIMO full-duplex systems with larger or equal numbers of transmit and receive ...
... three-node full-duplex Now we extend the PBT channel model in [24], which considers a point-to-point topology, to the three-node full-duplex topology of ...
... The fifth-generation (5G) wireless networks target a 1,000-fold increase in the network capacity to meet the ever growing user demands for high-speed and ubiq- uitous network access. To support such an ambitious goal, ...
... tive white Gaussian noise (AWGN) sample, modeled as circularly symmetric complex Gaussian random variable with variance σ D 2 . Suppose that each BS i employs dirty- paper coding (DPC)-based transmission strategy ...
... where, p is the index of the active antenna at relay during the t-th time-slot; and are the sources and relay’s average transmit energy per symbol, respectively. (t) is the complex Additive White Gaussian Noise (AWGN) at ...
... In fullduplex asynchronous UART mode, there is no need for clock synchronization between two ...in fullduplex mode. The simulation results show that, the fullduplex ...