Add to ORKGA general algorithm for computing the solutions to a set of recursive equations of a general form is given. The form of the recursive equations is closely related to results on LR-theory. The algorithm appears as intuitively understandable in an abstract form. The correctness of the algorithm is proved. An analysis of the complexity shows that the algorithm compares well to existing algorithms. Examples of application of the general algorithm to elements of LR-theory, such as LALR(1)-lookahead computation and LR(1)-testing, are included
. We present a new algorithm which computes a partial approximate solution for a system of equations...
In this work, a method to formalise general recursive algorithms in constructive type theory is pres...
General recursive algorithms are such that the recursive calls are performed on arguments satisfying...
Methods for constructing LALR(k) parsers are discussed. Algorithms for computing LALR(k)-lookahead ...
summary:A way of generalizing onedimensional root-finding algorithms to the multidimensional case by...
AbstractThis paper presents a simple unifying algorithm for solving systems of linear equations. Sol...
AbstractThis paper establishes a method of constructing a recursion equation set computing a given l...
AbstractThis paper presents a simple unifying algorithm for solving systems of linear equations. Sol...
AbstractIn this paper, we describe an algorithm for solving systems of linear Diophantine equations ...
An algorithm is discussed for converting a class of recursive processes to a parallel system. It is ...
In this paper, we describe an algorithm for solving systems of linear Diophantine equations based on...
An algorithm is given for approximating dominated solutions of linear recursions, when some initial ...
ABSTRACT. The most popular method for computing LALR(1) lookaheads is not the most efficient one, ma...
This paper shows an alternative, direct and unusual method to solve both first order recurrences hom...
This article presents an innovative and efficient approach for computing linear recurrences, offerin...
. We present a new algorithm which computes a partial approximate solution for a system of equations...
In this work, a method to formalise general recursive algorithms in constructive type theory is pres...
General recursive algorithms are such that the recursive calls are performed on arguments satisfying...
Methods for constructing LALR(k) parsers are discussed. Algorithms for computing LALR(k)-lookahead ...
summary:A way of generalizing onedimensional root-finding algorithms to the multidimensional case by...
AbstractThis paper presents a simple unifying algorithm for solving systems of linear equations. Sol...
AbstractThis paper establishes a method of constructing a recursion equation set computing a given l...
AbstractThis paper presents a simple unifying algorithm for solving systems of linear equations. Sol...
AbstractIn this paper, we describe an algorithm for solving systems of linear Diophantine equations ...
An algorithm is discussed for converting a class of recursive processes to a parallel system. It is ...
In this paper, we describe an algorithm for solving systems of linear Diophantine equations based on...
An algorithm is given for approximating dominated solutions of linear recursions, when some initial ...
ABSTRACT. The most popular method for computing LALR(1) lookaheads is not the most efficient one, ma...
This paper shows an alternative, direct and unusual method to solve both first order recurrences hom...
This article presents an innovative and efficient approach for computing linear recurrences, offerin...
. We present a new algorithm which computes a partial approximate solution for a system of equations...
In this work, a method to formalise general recursive algorithms in constructive type theory is pres...
General recursive algorithms are such that the recursive calls are performed on arguments satisfying...