OHMEGA: A VLSI Superscalar Processor Architecture for Numerical Applications. - Masaitsu Nakajima; Hiraku Nakano; Yasuhiro Nakakura; Tadahiro Yoshida; Yoshiyuki Goi; Yuji Nakai; Reiji Segawa; Takeshi Kishida; Hiroshi Kadota (ISCA, 1991)

An Accurate, High Speed Implementation of Division by the Quasi-Unity Divisor Method. - Hiraku Nakano; Masaitsu Nakajima; Yasuhiro Nakakura; Tadahiro Yoshida; Yoshiyuki Goi; Yuji Nakai; Reiji Segawa; Takeshi Kishida (IFIP Congress (1), 1992)

An 80-MFLOPS (peak) 64-b microprocessor for parallel computer. - Hiraku Nakano; Masaitsu Nakajima; Yasuhiro Nakakura; Tadahiro Yoshida; Yoshiyuki Goi; Yuji Nakai; Reiji Segawa; Takeshi Kishida; Hiroshi Kadota (IEEE J. Solid State Circuits, 1992)

An Area-Effective Cell-Based Channel Decoder LSI For a Digital Satellite TV Broadcasting. - Takehiro Kamada; Toshihiko Fukuoka; Yuji Nakai; Yoshihiko Fukumoto; Yasuhiro Nakakura; Katsuhiko Ueda; Tomonori Shiomi; Kazuhiro Ota (J. VLSI Signal Process., 1998)

ROKU: a novel method for identification of tissue-specific genes. - Koji Kadota; Jiazhen Ye; Yuji Nakai; Tohru Terada; Kentaro Shimizu (BMC Bioinform., 2006)

GOGOT: a method for the identification of differentially expressed fragments from cDNA-AFLP data. - Koji Kadota; Ryoko Araki; Yuji Nakai; Masumi Abe (Algorithms Mol. Biol., 2007)

A weighted average difference method for detecting differentially expressed genes from microarray data. - Koji Kadota; Yuji Nakai; Kentaro Shimizu (Algorithms Mol. Biol., 2008)

Ranking differentially expressed genes from Affymetrix gene expression data: methods with reproducibility, sensitivity, and specificity. - Koji Kadota; Yuji Nakai; Kentaro Shimizu (Algorithms Mol. Biol., 2009)