| 2016 | ISITA | Construction and analysis of rank-modulation rewriting codes by the group of permutation matrices. | Tomoharu Shibuya, Takeru Sudo |
| 2014 | ISITA | On the condition on classical codes to construct quantum error correcting codes for amplitude damping channel. | Keisuke Kodaira, Tomoharu Shibuya |
| 2014 | ISITA | Entanglement-assisted quantum error-correcting codes based on the circulant permutation matrix. | Mihoko Wada, Keisuke Kodaira, Tomoharu Shibuya |
| 2012 | ISITA | Generalization of Lu's linear time encoding algorithm for LDPC codes. | Kazuki Kobayashi, Tomoharu Shibuya |
| 2011 | ISIT | Block-triangularization of parity check matrices for efficient encoding of linear codes. | Tomoharu Shibuya |
| 2008 | ISIT | Asymptotic bit error probability of LDPC codes for the binary erasure channel with finite number of iterations. | Ryuhei Mori, Kenta Kasai, Tomoharu Shibuya, Kohichi Sakaniwa |
| 2008 | ISIT | Two-edge type LDPC code ensembles with exponentially few codewords with linear small weight. | Tsuyoshi Nakasendo, Kenta Kasai, Tomoharu Shibuya, Kohichi Sakaniwa |
| 2008 | ISIT | Detailed evolution of degree distributions in residual graphs with joint degree distributions. | Takayuki Nozaki, Kenta Kasai, Tomoharu Shibuya, Kohichi Sakaniwa |
| 2007 | ISIT | Tight Bounds of Minimum Distance Distributions of Irregular LDPC Code Ensembles. | Shinya Miyamoto, Kenta Kasai, Tomoharu Shibuya, Kohichi Sakaniwa |
| 2006 | ISIT | Second Support Weight Distribution of Regular LDPC Code Ensembles. | Takayuki Itsui, Kenta Kasai, Ryoji Ikegaya, Tomoharu Shibuya, Kohichi Sakaniwa |
| 2006 | ITW | The Block Error Probability of Detailedly Represented Irregular LDPC Code Ensembles under Maximum Likelihood Decoding. | Ryoji Ikegaya, Kenta Kasai, Tomoharu Shibuya, Koichi Sakaniwa |
| 2005 | ISIT | Stopping set distributions of two-edge type LDPC code ensembles. | Ryoji Ikegaya, Kenta Kasai, Yuji Shimoyama, Tomoharu Shibuya, Kohichi Sakaniwa |
| 2004 | ISIT | Asymptotic weight and stopping set distributions for detailedly represented irregular LDPC code ensembles. | Ryoji Ikegaya, Kenta Kasai, Tomoharu Shibuya, Kohichi Sakaniwa |