In this paper, we construct new families of classical convolutional codes (CCC's) and new families of quantum convolutional codes (QCC's). The CCC's are derived from (block) algebraic geometry (AG) codes. Furthermore, new families of CCC's are constructed by applying the techniques of puncturing, extending, expanding, and by the direct product code construction applied to AG codes. In addition, utilizing the new CCC's constructed here, we obtain new families of QCC's. The parameters of these new codes are good. More precisely, in the classical case, a family of almost near maximum distance separable (MDS) codes is presented; in the quantum case, we construct a family of MDS (optimal) quantum convolutional codes.
Fernandes Pereira, F., Gadioli La Guardia, G., & de Assis, F. M. (2019). Classical and quantum convolutional codes derived from algebraic geometry codes. IEEE Transactions on Communications, 67(1), 73-82. . https://doi.org/10.1109/TCOMM.2018.2875754