Discrete time-varying linear system (LS) is a fundamental topic in science and engineering.
However, conventional methods essentially designed for time-invariant LS generally …

Resource allocation problem in a wireless sensor network can be formulated as time‐
varying optimization, which can be further converted as time‐varying linear equation system …

Robustness is a significant research direction in manipulator control owing to their
complicated and uncertain external environment, abrasion, and other factors. The ability to …

THE two-degree-of-freedom (2DOF) nonlinear oscillating systems have been widely
investigated in the past few decades [1–3]. Owing to the presence of nonlinearity, explicit …

Time-varying linear equation systems have been solved by the traditional zeroing neural
dynamics approach in recent years. However, this method has to satisfy the stability …

Evaluating the performance of algorithms and its implementation methods play a major role
in the assessment of the performance of many applications. It help researchers to decide …

The partial element equivalent circuit (PEEC) method has been widely used in different
industrial and scientific fields for electromagnetic analysis. PEEC-based solvers have been …

In this paper we analytically solve the partitioning problem for performing matrix
multiplication on a cluster of heterogeneous multicore machines, equipped with an …

Various model counting techniques have been proposed to show their scalability for
problem domains such as combinatorics, safety analysis, probabilistic inference and …

In Part I of this paper, we proposed a new parallel bidirectional algorithm, based on
Cholesky factorization, for the solution of sparse symmetric system of linear equations. In this …