AbstractIn this note, we present an algorithm to reduce a horizontal linear complementarity problem (HLCP) to a standard linear complementarity problem (LCP) whenever it is possible to do so. In fact, the algorithm is just a specialization of the matroid intersection algorithm. We also study the properties of matrix pairs that are analogous to the positive semidefiniteness and P- and P0-properties of a square matrix, and show that a large class of matrix pairs, including P0-pairs, define reducible HLCPs
The goal of this thesis is to give a better understanding of the linear complementarity problem with...
AbstractThe linear complementarity problem: find z∈Rp satisfying w=q+Mzw⩾0,z⩾0(LCP)zTw=0 is generali...
It is shown that the linear complementarity problem of finding an n-by-1 vector x such that Mx + q ...
AbstractIn this note, we present an algorithm to reduce a horizontal linear complementarity problem ...
AbstractIn this note, we show how to reduce a monotone horizontal linear complementarity problem to ...
AbstractP-matrices play an important role in the well-posedness of a linear complementarity problem ...
An iterative scheme is given for solving the linear complementarity problem x> 0, Mx + q> 0, x...
We are interested in the solution of Horizontal Linear Complementarity Problems, HLCPs, that is comp...
AbstractGeneralizing the concept of W0-pair of Willson, we introduce the notions of column (row) W0-...
AbstractSpecially structured linear complementarity problems (LCPs) and their solution by the criss-...
We introduce a new matrix class Pc , which consists of those matrices M for which the solution set o...
AbstractGeneralizing the concept of W0-pair of Willson, we introduce the notions of column (row) W0-...
AbstractIn this note, we show how to reduce a monotone horizontal linear complementarity problem to ...
Although LCP(q,M), where M is a general integer matrix, is NP-complete, LCPs corresponding to intege...
In this paper we give algorithms for solving linear complementarity problems for $\mathcal{P}$-matri...
The goal of this thesis is to give a better understanding of the linear complementarity problem with...
AbstractThe linear complementarity problem: find z∈Rp satisfying w=q+Mzw⩾0,z⩾0(LCP)zTw=0 is generali...
It is shown that the linear complementarity problem of finding an n-by-1 vector x such that Mx + q ...
AbstractIn this note, we present an algorithm to reduce a horizontal linear complementarity problem ...
AbstractIn this note, we show how to reduce a monotone horizontal linear complementarity problem to ...
AbstractP-matrices play an important role in the well-posedness of a linear complementarity problem ...
An iterative scheme is given for solving the linear complementarity problem x> 0, Mx + q> 0, x...
We are interested in the solution of Horizontal Linear Complementarity Problems, HLCPs, that is comp...
AbstractGeneralizing the concept of W0-pair of Willson, we introduce the notions of column (row) W0-...
AbstractSpecially structured linear complementarity problems (LCPs) and their solution by the criss-...
We introduce a new matrix class Pc , which consists of those matrices M for which the solution set o...
AbstractGeneralizing the concept of W0-pair of Willson, we introduce the notions of column (row) W0-...
AbstractIn this note, we show how to reduce a monotone horizontal linear complementarity problem to ...
Although LCP(q,M), where M is a general integer matrix, is NP-complete, LCPs corresponding to intege...
In this paper we give algorithms for solving linear complementarity problems for $\mathcal{P}$-matri...
The goal of this thesis is to give a better understanding of the linear complementarity problem with...
AbstractThe linear complementarity problem: find z∈Rp satisfying w=q+Mzw⩾0,z⩾0(LCP)zTw=0 is generali...
It is shown that the linear complementarity problem of finding an n-by-1 vector x such that Mx + q ...