Non-volatile memories (NVMs) are the most important modern data storage technology. Despite their significant advantages, NVMs suffer from poor reliability due to issues such as voltage drift over time, overwriting, and inter-cell coupling. This thesis applies coding-theoretic techniques to NVMs in order to improve their reliability and extend thei...
Non-volatile memories (NVMs) are the most important modern data storage technology. Despite their significant advantages, NVMs suffer from poor reliability due to issues such as voltage drift over time, overwriting, and inter-cell coupling. This thesis applies coding-theoretic techniques to NVMs in order to improve their reliability and extend thei...
Non-volatile memories (NVMs) are the most important modern data storage technology. Despite their significant advantages, NVMs suffer from poor reliability due to issues such as voltage drift over time, overwriting, and inter-cell coupling. This thesis applies coding-theoretic techniques to NVMs in order to improve their reliability and extend thei...
Non-volatile memories (NVMs) are the most important modern data storage technology. Despite their significant advantages, NVMs suffer from poor reliability due to issues such as voltage drift over time, overwriting, and inter-cell coupling. This thesis applies coding-theoretic techniques to NVMs in order to improve their reliability and extend thei...
Non-volatile memories (NVMs) are the most important modern data storage technology. Despite their significant advantages, NVMs suffer from poor reliability due to issues such as voltage drift over time, overwriting, and inter-cell coupling. This thesis applies coding-theoretic techniques to NVMs in order to improve their reliability and extend thei...
Non-volatile memories (NVMs) are the most important modern data storage technology. Despite their significant advantages, NVMs suffer from poor reliability due to issues such as voltage drift over time, overwriting, and inter-cell coupling. This thesis applies coding-theoretic techniques to NVMs in order to improve their reliability and extend thei...
Non-volatile memories (NVMs) are the most important modern data storage technology. Despite their significant advantages, NVMs suffer from poor reliability due to issues such as voltage drift over time, overwriting, and inter-cell coupling. This thesis applies coding-theoretic techniques to NVMs in order to improve their reliability and extend thei...
Published in Biosemiotics
Communication is an important feature of the living world that mainstream biology fails to adequately deal with. Applying two main disciplines can be contemplated to fill in this gap: semiotics and information theory. Semiotics is a philosophical discipline mainly concerned with meaning; applying it to life already originated in biosemiotics. Infor...
We present a characterization of the lower bound dfor minimum distanceof algebraic geometry one-point codes coming from castle curves. Thisarticle shows explicit calculations of this bound in the case of a Weierstrasssemigroup generated by two consecutive elements. In particular, we obtain asimple characterization of the exact value of the minimum ...
We present a characterization of the lower bound d* for minimum distance of algebraic geometry one-point codes coming from castle curves. This article shows explicit calculations of this bound in the case of a Weierstrass semigroup generated by two consecutive elements. In particular, we obtain a simple characterization of the exact value of the mi...
