summary:A two-level algebraic algorithm is introduced and its convergence is proved. The restriction as well as prolongation operators are defined with the help of aggregation classes. Moreover, a particular smoothing operator is defined in an analogical way to accelarate the convergence of the algorithm. A model example is presented in conclusion
AbstractA method for accelerating linear iterations in a Banach space is studied as a linear iterati...
This thesis treats two essentially different subjects: V-cycle schemes are considered in Chapters 2-...
Special Issue in Honor of Piet HemkerInternational audienceWe give a convergence estimate for a Petr...
summary:A two-level algebraic algorithm is introduced and its convergence is proved. The restriction...
summary:The technique for accelerating the convergence of the algebraic multigrid method is proposed
An improved convergence bound for the polynomially accelerated two-level method of Brousek et al. [E...
An improved convergence bound for the polynomially accelerated two-level method of Brousek et al. [E...
summary:The smoothed aggregation method has became a widely used tool for solving the linear systems...
summary:A variational two-level method in the class of methods with an aggressive coarsening and a m...
AbstractMethods of successive approximation for solving linear systems or minimization problems are ...
When applied to linear systems arising from scalar elliptic partial differential equations, algebra...
summary:In this paper a black-box solver based on combining the unknowns aggregation with smoothing ...
AbstractWe study a class of methods for accelerating the convergence of iterative methods for solvin...
Abstract. We prove an abstract convergence estimate for the Algebraic Multigrid Method with prolonga...
summary:We derive the smoothed aggregation two-level method from the variational objective to minimi...
AbstractA method for accelerating linear iterations in a Banach space is studied as a linear iterati...
This thesis treats two essentially different subjects: V-cycle schemes are considered in Chapters 2-...
Special Issue in Honor of Piet HemkerInternational audienceWe give a convergence estimate for a Petr...
summary:A two-level algebraic algorithm is introduced and its convergence is proved. The restriction...
summary:The technique for accelerating the convergence of the algebraic multigrid method is proposed
An improved convergence bound for the polynomially accelerated two-level method of Brousek et al. [E...
An improved convergence bound for the polynomially accelerated two-level method of Brousek et al. [E...
summary:The smoothed aggregation method has became a widely used tool for solving the linear systems...
summary:A variational two-level method in the class of methods with an aggressive coarsening and a m...
AbstractMethods of successive approximation for solving linear systems or minimization problems are ...
When applied to linear systems arising from scalar elliptic partial differential equations, algebra...
summary:In this paper a black-box solver based on combining the unknowns aggregation with smoothing ...
AbstractWe study a class of methods for accelerating the convergence of iterative methods for solvin...
Abstract. We prove an abstract convergence estimate for the Algebraic Multigrid Method with prolonga...
summary:We derive the smoothed aggregation two-level method from the variational objective to minimi...
AbstractA method for accelerating linear iterations in a Banach space is studied as a linear iterati...
This thesis treats two essentially different subjects: V-cycle schemes are considered in Chapters 2-...
Special Issue in Honor of Piet HemkerInternational audienceWe give a convergence estimate for a Petr...