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[PDF] Top 20 A systolic algorithm for solving dense linear systems

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A systolic algorithm for solving dense linear systems

A systolic algorithm for solving dense linear systems

... Piedra, A parallel algorithm for exact solution of linear equations, In International. Conference on Parallel Processing III, pp.[r] ... See full document

15

A Fast Algorithm for Solving Special Tridiagonal Systems

A Fast Algorithm for Solving Special Tridiagonal Systems

... Key words: Diagonally dominant matrices, error analysis, linear recurrences, Toeplitz matrices, tri- diagonal matrices.. Ein schneller Algorithmus zur Li~sung spezieller tridia[r] ... See full document

9

A Linear Programming Approach for PAPR Reduction in OFDM Systems

A Linear Programming Approach for PAPR Reduction in OFDM Systems

... presents a novel nonlinear clipping technique that extends the RCF-BD and TR concepts to reduce the PAPR of OFDM ...proposed algorithm as one for solving a CLP ...our algorithm ... See full document

5

Application of the least-squars algorithm to the observer design for linear time-varying systems

Application of the least-squars algorithm to the observer design for linear time-varying systems

... paper, a new approach to the observer design is presented for a linear time-varying ...squares algorithm with covariance reset [10], which was originally developed for the ... See full document

4

A three-phase parallel algorithm for solving linear recurrences

A three-phase parallel algorithm for solving linear recurrences

... Based on a depth-width tradeoff in overlaid tree structure, Carlson and Sugls [1,2] presented s network containing multiple shuffle-exchange connections to compute t[r] ... See full document

9

A Parallel Algorithm for Solving Special Tridiagonal Systems on Ring Networks

A Parallel Algorithm for Solving Special Tridiagonal Systems on Ring Networks

... Employing diagonally dominant property, our parallel solver does need local communications between adjacent processors on a ring network.. An error analysis for our para[r] ... See full document

11

A Linear Time Algorithm for Solving the Incidence Coloring Problem of Chordal Graphs

A Linear Time Algorithm for Solving the Incidence Coloring Problem of Chordal Graphs

... of a vertex and one of its incident edge in ...is a variation of vertex coloring ...color. A graph G is called a chordal (or triangulated) graph if and only if there is no induced cycle of ... See full document

4

A SYSTOLIC ALGORITHM FOR DYNAMIC-PROGRAMMING

A SYSTOLIC ALGORITHM FOR DYNAMIC-PROGRAMMING

... Abstract-we present a formal systolic algorithm to solve the dynamic programming problem for an optimal binary search tree.. It is suitable for the VLSI implementation [r] ... See full document

10

DESIGN OF ONE-DIMENSIONAL SYSTOLIC-ARRAY SYSTEMS FOR LINEAR STATE-EQUATIONS

DESIGN OF ONE-DIMENSIONAL SYSTOLIC-ARRAY SYSTEMS FOR LINEAR STATE-EQUATIONS

... To maintain correct data processing, the pipelining data along the second projection direction in the two-dimensional systolic array must be saved in a sequence accor[r] ... See full document

8

A SYSTOLIC ALGORITHM FOR EXTRACTING REGIONS FROM A PLANAR GRAPH

A SYSTOLIC ALGORITHM FOR EXTRACTING REGIONS FROM A PLANAR GRAPH

... In the output phase of sorting, the Sorted sequence of edges should be scanned by this cell where the consecutive edges are merged to form wedges according to [r] ... See full document

16

IMPROVED SYSTOLIC ARRAY FOR LINEAR DISCRIMINANT FUNCTION CLASSIFIER

IMPROVED SYSTOLIC ARRAY FOR LINEAR DISCRIMINANT FUNCTION CLASSIFIER

... 2, which is an («+ 1)- dimensional inner product computation, to compute the linear discriminant function is not efficient enough in terms of both hardware and computation time, owing to[r] ... See full document

2

ON A GENERAL OPTIMAL ALGORITHM FOR MULTIRATE OUTPUT-FEEDBACK CONTROLLERS OF LINEAR STOCHASTIC PERIODIC-SYSTEMS

ON A GENERAL OPTIMAL ALGORITHM FOR MULTIRATE OUTPUT-FEEDBACK CONTROLLERS OF LINEAR STOCHASTIC PERIODIC-SYSTEMS

... By combin- ing the discrete-time linear quadratic regulation (LQR) control problem and the discrete-time stochastic linear quadratic regulation (SLQR) control problem as the [r] ... See full document

5

An algorithm for computing minimum-time regulator of multivariable discrete linear systems

An algorithm for computing minimum-time regulator of multivariable discrete linear systems

... Full terms and conditions of use: http://www.informaworld.com/terms-and-conditions-of-access.pdf This article may be used for research, teaching and private study purposes. Any substantial or systematic ... See full document

7

A Cut Approach for Solving the Single-Row Linear Layout Problem

A Cut Approach for Solving the Single-Row Linear Layout Problem

... 2 and 3 until q = n-1. Go to the next step. 4. The optimum layout sequence has been found; and the total minimum flow cost is Complexity analysis: To find the optimum layout, the total computations for the ... See full document

17

An efficient algorithm for solving nonograms

An efficient algorithm for solving nonograms

... Netherlands. Solving nonogram is a NP-complete ...genetic algorithm (GA), but the solution may get stuck in local ...(DFS) algorithm, the execution speed is very slow. In this paper, we ... See full document

14

A NETWORK SIMPLEX ALGORITHM FOR SOLVING THE MINIMUM DISTRIBUTION COST PROBLEM

A NETWORK SIMPLEX ALGORITHM FOR SOLVING THE MINIMUM DISTRIBUTION COST PROBLEM

... entering a D-node has to be distributed according to a pre-specified ratio associated with each of its outgoing ...than a conventional minimum cost network flow problem. A network simplex ... See full document

22

A distributed computation algorithm for solving portfolio problems with integer variables

A distributed computation algorithm for solving portfolio problems with integer variables

... usable for solving Problem 1, as described below: (i) Dual Lagrangean relaxation approach (Michelon and Maculan, 1991; Guignard and Kim, 1987): This approach decomposes Problem 1 into two sub-problems which ... See full document

10

A tracking controller for linear time-varying systems

A tracking controller for linear time-varying systems

... For the tracking control of linear time invariant systems with unstable zero dynamics, Tomizuka (1987) proposes an approxi- mate tracking controller, which uses feedforward compensation[r] ... See full document

6

A new hybrid learning algorithm for non-linear boundaries

A new hybrid learning algorithm for non-linear boundaries

... propose a new hybrid learning algorithm, ETNC, which incorporates the popular decision-tree learning algorithm ASSISTANT into a modified three-layer back-propagation learning method to ... See full document

1

An efficient method for solving linear goal programming problems

An efficient method for solving linear goal programming problems

... The proposed method, however, uses a smaller number of variables to reach the optimal solution. Conclusions[r] ... See full document

5

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