Object-Oriented Development Based on Polymorphism Patterns and Optimization to Reduce Executable Code Size. - Hidemitsu Naya; Fumio Narisawa; Takanori Yokoyama; Keiichiro Ohkawa; Matsuo Amano (TOOLS (25), 1997)

A Code Generator with Application-Oriented Size Optimization for Object-Oriented Embedded Control Software. - Fumio Narisawa; Hidemitsu Naya; Takanori Yokoyama (ECOOP Workshops, 1998)

A development method of time-triggered object-oriented software for embedded control systems. - Takanori Yokoyama; Hidemitsu Naya; Fumio Narisawa; Satoru Kuragaki; Wataru Nagaura; Takaaki Imai; Shoji Suzuki (Syst. Comput. Jpn., 2003)

An EMF-based Product Derivation Tool for Large Product Lines. - Koji Hashimoto; Fumio Narisawa; Yuichiro Morita (SPLC (2), 2007)

FAVE: factor analysis based approach for detecting product line variability from change history. - Kentaro Yoshimura; Fumio Narisawa; Koji Hashimoto; Tohru Kikuno (MSR, 2008)

A Method to Analyze Variability Based on Product Release History: Case Study of Automotive System. - Kentaro Yoshimura; Fumio Narisawa; Koji Hashimoto; Tohru Kikuno (SPLC (2), 2008)

Dynamic Activation Timing Configuration for Product Line Development. - Tasuku Ishigooka; Fumio Narisawa (RTCSA (2), 2011)

Model Checking with Program Slicing Based on Variable Dependence Graphs - Masahiro Matsubara; Kohei Sakurai; Fumio Narisawa; Masushi Enshoiwa; Yoshio Yamane; Hisamitsu Yamanaka (FTSCS, 2012)

Modeling Safety Requirements of ISO26262 Using Goal Trees and Patterns. - Toshiaki Aoki; Kriangkrai Traichaiyaporn; Yuki Chiba; Masahiro Matsubara; Masataka Nishi; Fumio Narisawa (FTSCS, 2015)

Safety Verification Method for Priority-Based Real-Time Software. - Fumio Narisawa; Yoshikazu Ueda (SoMeT, 2017)

Graceful Degradation Design Process for Autonomous Driving System. - Tasuku Ishigooka; Satoshi Otsuka; Kazuyoshi Serizawa; Ryo Tsuchiya; Fumio Narisawa (SAFECOMP, 2019)