It is well known that a convolutional code can be viewed as a linear system over a finite field. In this paper we develop this viewpoint for convolutional codes using several recent innovations from the systems theory literature. In particular we define codes as behaviors of a set of compact support time trajectories over a vector space. We also consider several different representations of codes, in particular generalized first order representations. As an application of these ideas, we present a BCH construction technique for convolutional codes that yields optimal high rate codes
Convolutional codes of any rate and any constraint length give rise to a sequence of quasi-cyclic co...
AbstractIn this paper, we characterize four models of concatenation of a block code and a convolutio...
A new approach to the analysis of the structural properties of multivariable convolutional codes ove...
It is well known that a convolutional code can be viewed as a linear system over a finite field. In...
It is well known that a convolutional code is essentially a linear system defined over a finite fiel...
Abstract-It is well known that a convolutional code is essen-tially a linear system defined over a f...
The goal of this work is to give explicit interconnections between control theory and coding. It is ...
Abstract—Using a new parity-check matrix, a class of convo-lutional codes with a designed free dista...
Using a new parity check matrix a class of convolutional codes with a designed free distance is intr...
AbstractThis article focuses on the characterization of two models of concatenated convolutional cod...
The minimum distance of a code is an important measure of robustness of the code since it provides a...
Cyclicity of a convolutional code (CC) is relying on a nontrivial automorphism of the algebra F[x]/(...
Cyclicity of a convolutional code ( CC) is relying on a nontrivial automorphism of the algebra F[x]/...
We discuss about construction of convolutional codes via linear system approach. The main discussion...
In this work we make a detailed look at the algebraic structure of convolutional codes using techniq...
Convolutional codes of any rate and any constraint length give rise to a sequence of quasi-cyclic co...
AbstractIn this paper, we characterize four models of concatenation of a block code and a convolutio...
A new approach to the analysis of the structural properties of multivariable convolutional codes ove...
It is well known that a convolutional code can be viewed as a linear system over a finite field. In...
It is well known that a convolutional code is essentially a linear system defined over a finite fiel...
Abstract-It is well known that a convolutional code is essen-tially a linear system defined over a f...
The goal of this work is to give explicit interconnections between control theory and coding. It is ...
Abstract—Using a new parity-check matrix, a class of convo-lutional codes with a designed free dista...
Using a new parity check matrix a class of convolutional codes with a designed free distance is intr...
AbstractThis article focuses on the characterization of two models of concatenated convolutional cod...
The minimum distance of a code is an important measure of robustness of the code since it provides a...
Cyclicity of a convolutional code (CC) is relying on a nontrivial automorphism of the algebra F[x]/(...
Cyclicity of a convolutional code ( CC) is relying on a nontrivial automorphism of the algebra F[x]/...
We discuss about construction of convolutional codes via linear system approach. The main discussion...
In this work we make a detailed look at the algebraic structure of convolutional codes using techniq...
Convolutional codes of any rate and any constraint length give rise to a sequence of quasi-cyclic co...
AbstractIn this paper, we characterize four models of concatenation of a block code and a convolutio...
A new approach to the analysis of the structural properties of multivariable convolutional codes ove...