Performance Evaluation of an On-Chip Multi-Threaded Processor with Cache Memory Managed by Logical Thread Number. - Hironori Nakajo; Masanori Yamato; Shoji Kawahara; Norito Kato; Koichi Sasada; Mikiko Sato; Mitaro Namiki (PDPTA, 2003)

Implementation and Evaluation of a Thread Library for Multithreaded Architecture. - Koichi Sasada; Mikiko Sato; Shoji Kawahara; Norito Kato; Masanori Yamato; Hironori Nakajo; Mitaro Namiki (PDPTA, 2003)

A Process and Thread Management of the Operating System "Future" for On Chip Multithreaded Architecture. - Mikiko Sato; Koichi Sasada; Shoji Kawahara; Norito Kato; Masanori Yamato; Hironori Nakajo; Mitaro Namiki (PDPTA, 2003)

Dynamic Allocation of Physical Register Banks for an SMT Processor. - Norito Kato; Masanori Yamato; Osamu Tujimoto; Mikiko Sato; Koichi Sasada; Kaname Uchikura; Mitaro Namiki; Hironori Nakajo (PDPTA, 2004)

YARV: yet another RubyVM: innovating the ruby interpreter. - Koichi Sasada (OOPSLA Companion, 2005)

A New Model of Reconfigurable Cache for an SMT Processor and its FPGA Implementation. - Yoshiyasu Ogasawara; Norito Kato; Masanori Yamato; Mikiko Sato; Koichi Sasada; Kaname Uchikura; Mitaro Namiki; Hironori Nakajo (PDPTA, 2005)

Development of a Thread Scheduler for SMT Processor Architecture. - Kaname Uchikura; Koichi Sasada; Mikiko Sato; Masanori Yamato; Norito Kato; Hironori Nakajo; Mitaro Namiki (PDPTA, 2005)

Towards Reconfigurable Cache Memory for a Multithreaded Processor. - Yoshiyasu Ogasawara; Ippei Tate; Satoshi Watanabe; Mikiko Sato; Koichi Sasada; Kaname Uchikura; Kazunari Asano; Mitaro Namiki; Hironori Nakajo (PDPTA, 2006)

A Model of Implementable SMT Processor on FPGA. - Ippei Tate; Yoshiyasu Ogasawara; Mikiko Sato; Koichi Sasada; Kaname Uchikura; Kazunari Asano; Satoshi Watanabe; Mitaro Namiki; Hironori Nakajo (PDPTA, 2006)

A decentralized access control mechanism using authorization certificate for distributed file systems. - Jumpei Arakawa; Koichi Sasada (ICITST, 2011)

Gradual write-barrier insertion into a Ruby interpreter. - Koichi Sasada (ISMM, 2019)