We can observe the superiority of the CFSD scheme among all transmission schemes due to its best capability in interference mitigation.
Structural functions include mechanical properties like strength, stiffness, fracture toughness, and damping, while non-structural functions include electrical and/or thermal conductivity, sensing and actuation, energy harvesting/storage, self-healing capability, electromagnetic interference (EMI) shielding, recyclability and biodegradability.
Recently, with the continuous improvement of antenna technology and signal processing capability, self-interference in the FD mode can be well eliminated [10 12].
The numerical results show that, thanks to the capabilities of interference mitigation and two-hop rate-mismatch alleviation, the proposed algorithm always outperforms all other algorithms for various system configurations.
In summary, if we consider a practical VANET environment, inaccurate or imprecise traffic information caused by dynamics of traffic events, differences of sensor capabilities, and interference of vehicle mobility will be generated and aggregated to a reputation (or trust establishment) system almost inevitably.
A fusion scheme based on the CAV is given in [53], which has the capability to mitigate interference and noise uncertainty.
Present methods of cancellation have limited capability when the interference is strongly nonstationary.
Various intelligent methods were adopted to improve anti interference capability [11, 12, 13, 14].
To demonstrate the excellent rejection capability against the interference from negative frequency, theoretical signals contain a small number of cycles.
Lanthanide-doped upconversion nanomaterials that convert low energy excitation wavelength to high energy emission have attracted considerable attention due to the advantages of high penetration depth and high resistance to autofluorescence interference capability.
