Subspace Codes ; Code Based Cryptography; Rank Metric Codes; Coding Theory; McEliece cryptographic systems
Horlemann-Trautmann Anna-Lena, Neri Alessandro (2020), A complete classification of partial MDS (maximally recoverable) codes with one global parity, in
Advances in Mathematics of Communications, 14(1), 69-88.
Neri Alessandro, Puchinger Sven, Horlemann-Trautmann Anna-Lena (2020), Equivalence and characterizations of linear rank-metric codes based on invariants, in
Linear Algebra and its Applications, 603, 418-469.
Micheli Giacomo, Neri Alessandro (2020), New Lower Bounds for Permutation Codes Using Linear Block Codes, in
IEEE Transactions on Information Theory, 66(7), 4019-4025.
Neri A., Horlemann-Trautmann A.-L. (2020), Random construction of partial MDS codes, in
Designs, Codes, and Cryptography, 88(4), 711-725.
Neri A. (2020), Systematic encoders for generalized Gabidulin codes and the q-analogue of Cauchy matrices, in
Linear Algebra and Its Applications, 593, 116-149.
Baldi Marco, Chiaraluce Franco, Rosenthal Joachim, Santini Paolo, Schipani Davide (2019), Security of generalised Reed–Solomon code-based cryptosystems, in
IET Information Security, 13(4), 404-410.
Shi Minjia, Li Xiaoxiao, Neri Alessandro, Solé Patrick (2019), How many weights can a cyclic code have?, in
IEEE Transactions on Information Theory, 66(2), 1449-1459.
Neri Alessandro, Puchinger Sven, Horlemann-Trautmann Anna-Lena (2019), Invariants and inequivalence of linear rank-metric codes, in
2019 IEEE International Symposium on Information Theory (ISIT), IEEE, Paris, France.
Alderson Tim, Neri Alessandro (2019), Maximum weight spectrum codes, in
Advances in Mathematics of Communications, 13(1), 101-119.
Byrne Eimear, Neri Alessandro, Ravagnani Alberto, Sheekey John (2019), Tensor representation of rank-metric codes, in
SIAM Journal of Applied Algebra and Geometry, 3(4), 614-643.
Arias Francisco, de la Cruz Javier, Rosenthal Joachim, Willems Wolfgang (2018), On q -Steiner systems from rank metric codes, in
Discrete Mathematics, 341(10), 2729-2734.
Horlemann-Trautmann Anna-Lena, Rosenthal Joachim (2018),
Construction of Constant Dimension Codes, Springer International Publishing, Cham.
Neri Alessandro, Rosenthal Joachim, Schipani Davide (2018),
Fuzzy authentication using rank distance, Springer, Cham, Switzerland 447, 97-108.
Gómez-Torrecillas Josè, Lobillo Fco Javier, Navarro Gabriel, Neri Alessandro (2018), Hartmann–Tzeng bound and skew cyclic codes of designed Hamming distance, in
Finite Fields and their Applications, 50, 84-112.
Neri Alessandro, Horlemann-Trautmann Anna-Lena, Randrianarisoa Tovohery, Rosenthal Joachim (2018), On the genericity of maximum rank distance and Gabidulin codes, in
Designs, Codes, and Cryptography, 86(2), 341-363.
Bolkema Jessalyn, Gluesing-Luerssen Heide, Kelley Christine A., Lauter Kristin E., Malmskog Beth, Rosenthal Joachim (2017),
Variations of the McEliece Cryptosystem, Springer International Publishing, Cham.
Napp Diego, Pinto Raquel, Rosenthal Joachim, Vettori Paolo (2017), MRD rank metric convolutional codes, in
2017 IEEE International Symposium on Information Theory (ISIT), Aachen, GermanyIEEE, Aachen, Germany.
Randrianarisoa Tovohery, Rosenthal Jaochim (2017), A decoding algorithm for twisted Gabidulin codes, in
2017 IEEE International Symposium on Information Theory (ISIT), Aachen, GermanyIEEE, Aachen, Germany.
López-Ramos Juan Antonio, Rosenthal Joachim, Schipani Davide, Schnyder Reto (2016), An application of group theory in confidential network communications, in
Mathematical Methods in the Applied Sciences, 41(6), 2294-2298.
Coding theory has emerged out of the need for bettercommunication and has rapidly developed as a mathematical theoryin strong relationship with algebra, combinatorics and algebraicgeometry. Nowadays error-correcting-codes are used in everydaypractical applications such as digital-storage media, wire-lineand wireless networks, and satellite and deep-space communicationsystems. Example of simple block codes are the internationalstandard book numbers (ISBN), the ASCII code and various encodingschemes used to identify bank accounts.Network coding theory is concerned with the encoding andtransmission of information where there may be many informationsources and possibly many receivers. R.~K\"otter andF.~Kschischang identified a fundamental mathematicalquestion which lies at the heart of network coding. Thisformulation seeks the construction of good subsets of thefinite Grassmann variety and it is the intended plan of theproposed research to use algebraic techniques to come up with newnetwork codes which have better performance.An important class of codes used in network coding theory are the so called rank metric codes. These codes have also been used to construct public key cryptographic systems. It is an open questionif such constructed systems are also secure in case a quantum computer is available. The project aims to come up with promising new classes of subspace codes and rank metric codes with potentialuse in network coding, distributed storage and cryptography.