AbstractMatrix coordinate transformations are defined as substitution operators without requiring an ordering prescription or an inclusion function from the Abelian coordinate transformations. We construct transforming objects mimicking most of the properties of tensors. We point out some problems with the matrix generalization of contravariant vectors. We suggest to use the substitution operators to search for an inclusion function
New foundations for geometric algebra are proposed based upon the existing isomorphisms between geom...
This text discusses the use of transformation matrices to determine the motion equations of the comp...
AbstractWe discuss eight natural matrix reorderings, motivated by the two which are central to the t...
One of the most used entities in mathematics is the transformation of coordinates, A clear insight i...
AbstractIn Part I, a notation called Matrix-Tensor Notation was introduced for rectilinear orthogona...
AbstractMatrix multiplication was first introduced by Arthur Cayley in 1855 in agreement with the co...
For a given commutative ring with an identity element, we define and study the substitution of a mat...
Substitution of an operator into an operator-valued map is defined and studied. A Bezout-type theore...
Tensor transpose is a higher order generalization of matrix transpose. In this paper, we use permuta...
A basic problem of visual perception is how we recognize objects after spatial transformations. Thre...
We study the effect of coordinate transformations on numerical integration algorithms and the Richar...
AbstractFor a given commutative ring R with an identity element, we define and study the substitutio...
A basic problem of visual perception is how human beings recognize objects after spatial transformat...
We present a covariant form for the dynamics of a canonical GA of arbitrary cardinal-ity, showing ho...
AbstractSubstitution of an operator into an operator-valued map is defined and studied. A Bezout-typ...
New foundations for geometric algebra are proposed based upon the existing isomorphisms between geom...
This text discusses the use of transformation matrices to determine the motion equations of the comp...
AbstractWe discuss eight natural matrix reorderings, motivated by the two which are central to the t...
One of the most used entities in mathematics is the transformation of coordinates, A clear insight i...
AbstractIn Part I, a notation called Matrix-Tensor Notation was introduced for rectilinear orthogona...
AbstractMatrix multiplication was first introduced by Arthur Cayley in 1855 in agreement with the co...
For a given commutative ring with an identity element, we define and study the substitution of a mat...
Substitution of an operator into an operator-valued map is defined and studied. A Bezout-type theore...
Tensor transpose is a higher order generalization of matrix transpose. In this paper, we use permuta...
A basic problem of visual perception is how we recognize objects after spatial transformations. Thre...
We study the effect of coordinate transformations on numerical integration algorithms and the Richar...
AbstractFor a given commutative ring R with an identity element, we define and study the substitutio...
A basic problem of visual perception is how human beings recognize objects after spatial transformat...
We present a covariant form for the dynamics of a canonical GA of arbitrary cardinal-ity, showing ho...
AbstractSubstitution of an operator into an operator-valued map is defined and studied. A Bezout-typ...
New foundations for geometric algebra are proposed based upon the existing isomorphisms between geom...
This text discusses the use of transformation matrices to determine the motion equations of the comp...
AbstractWe discuss eight natural matrix reorderings, motivated by the two which are central to the t...