In this paper, the Eigenvalue Complementarity Problem (EiCP) with real symmetric matrices is addressed, which appears in the study of contact problem in mechanics. We discuss a quadratic programming ...
Many quantum computations can be roughly broken down into two stages: read-in and processing of the input data; and processing and read-out of the solution. In the first phase, the initial data are ...
Abstract: This paper proposes a signal sensing method based on principal components to minimum eigenvalue of the received signal. The signal model and theoretical performance analysis of the principal ...
To solve the high complexity of the subspace-based direction-of-arrival (DOA) estimation algorithm, a super-resolution DOA algorithm is built in this paper. However, in this method, matrix ...
The FXLMS algorithm, which is extensively used in active noise control, exhibits frequency dependent convergence behavior. This leads to degraded performance for time-varying and multiple frequency ...
This paper presents a polynomial eigenvalue solution to predict the propagation behaviors of elastic wave in piezoelectric shunting arrays. Based on the Bloch theorem, one independent unit cell is ...
The fast algorithm is based on the computation of matrix squaring using the symmetries of the input matrix. The method is intended to speed up the Power iteration for finding the largest eigenvalue of ...
Run install.m to install the toolbox on MATLAB. This toolbox is developed based on the DCAM toolbox, see here. Two SEiCP models (the Logarithmic model - LnP and the Quadratic model - QP) are ...
Some results have been hidden because they may be inaccessible to you
Show inaccessible results