Applied Algebra Group at the University of Zürich
Module: MAT076 Arbeitsgemeinschaft in Codierungstheorie und Kryptographie
Event: n.n. Arbeitsgemeinschaft in Codierungstheorie und Kryptographie
eSeminar: Classification and Construction of Self-Dual Convolutional Codes (Master's thesis defense)
Sebastian Heri's talk
Date: 03.03.21 Time: 15.00 - 16.00 Room: Online
(**This eSeminar will take place on Zoom, using the same meeting details as previous seminars. If you do not have meeting details, please contact firstname.lastname@example.org **)
Self-dual convolutional codes are codes, for which the set of vectors that are orthogonal to every codeword is exactly the code itself. Our main goal will be to construct such self-dual convolutional codes, using a generalized form of the Building-up construction and one of the Harada-Munemasa construction. These are two of the most popular construction methods for binary self-dual linear block codes, which were used to classify binary self-dual linear block codes. To meet our goal, we will have a closer look at non-catastrophic convolutional codes and connect them to the self-dual convolutional codes, thereby finding equivalent properties to self-duality. Using these equivalent properties, some groups of self-dual convolutional codes will be classified and the two previously mentioned constructions will be generalized for convolutional codes. Finally, we will see whether these generalized constructions might or might not be viable for classification of binary self-dual convolutional codes.