Experience Mining: Building a Large-Scale Database of Personal Experiences and Opinions from Web Documents. - Kentaro Inui; Shuya Abe; Kazuo Hara; Hiraku Morita; Chitose Sao; Megumi Eguchi; Asuka Sumida; Koji Murakami; Suguru Matsuyoshi (Web Intelligence, 2008)

Mining personal experiences and opinions from Web documents. - Shuya Abe; Kentaro Inui; Kazuo Hara; Hiraku Morita; Chitose Sao; Megumi Eguchi; Asuka Sumida; Koji Murakami; Suguru Matsuyoshi (Web Intell. Agent Syst., 2011)

Cryptanalysis of EAXprime. - Kazuhiko Minematsu; Hiraku Morita; Tetsu Iwata (IACR Cryptol. ePrint Arch., 2012)

Attacks and Security Proofs of EAX-Prime. - Kazuhiko Minematsu; Stefan Lucks; Hiraku Morita; Tetsu Iwata (FSE, 2013)

On the Security of the Schnorr Signature Scheme and DSA against Related-Key Attacks. - Hiraku Morita; Jacob C. N. Schuldt; Takahiro Matsuda 002; Goichiro Hanaoka; Tetsu Iwata (IACR Cryptol. ePrint Arch., 2015)

On the Security of Non-Interactive Key Exchange against Related-Key Attacks. - Hiraku Morita; Jacob C. N. Schuldt; Takahiro Matsuda 002; Goichiro Hanaoka; Tetsu Iwata (IEICE Trans. Fundam. Electron. Commun. Comput. Sci., 2017)

On the Security of Schnorr Signatures, DSA, and ElGamal Signatures against Related-Key Attacks. - Hiraku Morita; Jacob C. N. Schuldt; Takahiro Matsuda 002; Goichiro Hanaoka; Tetsu Iwata (IEICE Trans. Fundam. Electron. Commun. Comput. Sci., 2017)

Constant-Round Client-Aided Secure Comparison Protocol. - Hiraku Morita; Nuttapong Attrapadung; Tadanori Teruya; Satsuya Ohata; Koji Nuida; Goichiro Hanaoka (ESORICS (2), 2018)

Tree-based Secure Comparison of Secret Shared Data. - Hiraku Morita; Nuttapong Attrapadung; Satsuya Ohata; Shota Yamada 001; Koji Nuida; Goichiro Hanaoka (ISITA, 2018)

Secure Division Protocol and Applications to Privacy-preserving Chi-squared Tests. - Hiraku Morita; Nuttapong Attrapadung; Satsuya Ohata; Koji Nuida; Shota Yamada 001; Kana Shimizu; Goichiro Hanaoka; Kiyoshi Asai (ISITA, 2018)

Accuracy/Efficiency Trade-Off for Privacy-Preserving Division Protocol. - Satsuya Ohata; Hiraku Morita; Goichiro Hanaoka (ISITA, 2018)

Client-Aided Two-Party Secure Interval Test Protocol. - Hiraku Morita; Nuttapong Attrapadung (CANS, 2019)

Constant-Round Client-Aided Two-Server Secure Comparison Protocol and Its Applications. - Hiraku Morita; Nuttapong Attrapadung; Tadanori Teruya; Satsuya Ohata; Koji Nuida; Goichiro Hanaoka (IEICE Trans. Fundam. Electron. Commun. Comput. Sci., 2020)

Oblivious Linear Group Actions and Applications. - Nuttapong Attrapadung; Goichiro Hanaoka; Takahiro Matsuda 002; Hiraku Morita; Kazuma Ohara; Jacob C. N. Schuldt; Tadanori Teruya; Kazunari Tozawa (CCS, 2021)

Memory and Round-Efficient MPC Primitives in the Pre-Processing Model from Unit Vectorization. - Nuttapong Attrapadung; Hiraku Morita; Kazuma Ohara; Jacob C. N. Schuldt; Kazunari Tozawa (AsiaCCS, 2022)

Secure Parallel Computation on Privately Partitioned Data and Applications. - Nuttapong Attrapadung; Hiraku Morita; Kazuma Ohara; Jacob C. N. Schuldt; Tadanori Teruya; Kazunari Tozawa (CCS, 2022)

Adam in Private: Secure and Fast Training of Deep Neural Networks with Adaptive Moment Estimation. - Nuttapong Attrapadung; Koki Hamada; Dai Ikarashi; Ryo Kikuchi; Takahiro Matsuda 002; Ibuki Mishina; Hiraku Morita; Jacob C. N. Schuldt (Proc. Priv. Enhancing Technol., 2022)

Single-Shuffle Card-Based Protocol with Eight Cards per Gate. - Kazunari Tozawa; Hiraku Morita; Takaaki Mizuki (UCNC, 2023)

MAESTRO: Multi-party AES using Lookup Tables. - Hiraku Morita; Erik Pohle; Kunihiko Sadakane; Peter Scholl; Kazunari Tozawa; Daniel Tschudi (IACR Cryptol. ePrint Arch., 2024)

Constant-Round Private Decision Tree Evaluation for Secret Shared Data. - Nan Cheng; Naman Gupta; Aikaterini Mitrokotsa; Hiraku Morita; Kazunari Tozawa (Proc. Priv. Enhancing Technol., 2024)

MAESTRO: Multi-party AES using Lookup Tables. - Hiraku Morita; Erik Pohle; Kunihiko Sadakane; Peter Scholl; Kazunari Tozawa; Daniel Tschudi (Zenodo, 2025)

MAESTRO: Multi-party AES using Lookup Tables. - Hiraku Morita; Erik Pohle; Kunihiko Sadakane; Peter Scholl; Kazunari Tozawa; Daniel Tschudi (Zenodo, 2025)

Single-shuffle card-based protocol with eight cards per gate and its extensions. - Kazunari Tozawa; Hiraku Morita; Takaaki Mizuki (Nat. Comput., 2025)