This note completes a talk given at the conference Curves over Finite Fields: past, present and future celebrating the publication the book {\em Rational Points on Curves over Finite Fields by J.-P. Serre and organised at Centro de ciencias de Benasque in june 2021. It discusses a part of the history of algebraic geometry codes together with some of their recent applications. A particular focus is done on the "multiplicative" structure of these codes, i.e. their behaviour with respect to the component wise product. Some open questions are raised and discussed
Codes derived from algebraic curves are called algebraic geometry (AG) codes. They provide a way to ...
Error control codes are widely used to increase the reliability of transmis-sion of information over...
This paper gives an example-driven overview of algebraic-geometry codes, with attention confined to ...
This note completes a talk given at the conference Curves over Finite Fields: past, present and futu...
About ten years ago, V.D. Goppa found a surprising connection between the theory of algebraic curves...
When information is transmitted, errors are likely to occur. Coding theory examines efficient ways o...
The coding theory plays an important role in improving the reliability in information and communicat...
Error correcting codes are defined and important parameters for a code are explained. Parameters of ...
In this work, we study geometric algebraic codes (AG codes), which are linear codes built on algebr...
When information is transmitted, errors are likely to occur. Coding theory examines effi cient ways ...
In this age of information technology, methods must be found that allow errors in data transmission ...
The theory of error detecting and correcting codes is an interdisciplinary field of engineering and ...
Algebraic geometry is often employed to encode and decode signals transmitted in communication syste...
Ideas from algebraic geometry became useful in coding theory after Goppa’s construction [8]. He had ...
In 1981 V.D. Goppa [9] used the evaluation of rational functions on algebraic curves to define a ne...
Codes derived from algebraic curves are called algebraic geometry (AG) codes. They provide a way to ...
Error control codes are widely used to increase the reliability of transmis-sion of information over...
This paper gives an example-driven overview of algebraic-geometry codes, with attention confined to ...
This note completes a talk given at the conference Curves over Finite Fields: past, present and futu...
About ten years ago, V.D. Goppa found a surprising connection between the theory of algebraic curves...
When information is transmitted, errors are likely to occur. Coding theory examines efficient ways o...
The coding theory plays an important role in improving the reliability in information and communicat...
Error correcting codes are defined and important parameters for a code are explained. Parameters of ...
In this work, we study geometric algebraic codes (AG codes), which are linear codes built on algebr...
When information is transmitted, errors are likely to occur. Coding theory examines effi cient ways ...
In this age of information technology, methods must be found that allow errors in data transmission ...
The theory of error detecting and correcting codes is an interdisciplinary field of engineering and ...
Algebraic geometry is often employed to encode and decode signals transmitted in communication syste...
Ideas from algebraic geometry became useful in coding theory after Goppa’s construction [8]. He had ...
In 1981 V.D. Goppa [9] used the evaluation of rational functions on algebraic curves to define a ne...
Codes derived from algebraic curves are called algebraic geometry (AG) codes. They provide a way to ...
Error control codes are widely used to increase the reliability of transmis-sion of information over...
This paper gives an example-driven overview of algebraic-geometry codes, with attention confined to ...