In this paper, high-order finite difference methods are proposed to solve the initial-boundary
value problem for one- and two-dimensional Riesz space variable-order fractional diffusion …

In this paper, we consider numerical methods for Toeplitz-like linear systems arising from the
one- and two-dimensional Riesz space fractional diffusion equations. We apply the Crank–…

After having introduced a comprehensive general solution framework for few-shot learning (FSL)
classification problems, we provide details of the data augmentation schemes and the …

In this paper, efficient preconditioned iterative methods for solving the Riesz space fractional
diffusion equations with variable diffusion coefficients are considered. Crank–Nicolson and …

Dynamic self-assembly of micropillars has found wide applications in targeted trapping,
micro-crystallization and plasmonic sensing. Yet the efficient fabrication of micropillars array with …

Purpose The purpose of this study is to provide some references about applying the semi-active
particle damper to enhance the stability of the pipe structure. Design/methodology/…

MXenes are a new type of two-dimensional material, and they have attracted extensive
attention because of their outstanding conductivity and rich surface functional groups that make …

Tumor phenotypes can be characterized by radiomics features extracted from images. However,
the prediction accuracy is challenged by difficulties such as small sample size and data …

Globally, anemia among school-age children (SAC) remains a serious public health problem,
impacting their growth, development, educational attainment and future learning potential. …

Semi-active particle damping equipments exhibit considerable adaptability when implemented
in flexible structures. However, their dynamic characteristics become complex due to the …