Pursuing Laziness for Efficient Implementation of Modern Multithreaded Languages. - Seiji Umatani; Masahiro Yasugi; Tsuneyasu Komiya; Taiichi Yuasa (ISHPC, 2003)

Highly Reliable Embedded Software Development Using Advanced Software Technologies. - Takuya Katayama; Tatsuo Nakajima; Taiichi Yuasa; Tomoji Kishi; Shin Nakajima 001; Shuichi Oikawa; Masahiro Yasugi; Toshiaki Aoki; Mitsutaka Okazaki; Seiji Umatani (IEICE Trans. Inf. Syst., 2005)

Efficient and Portable Implementation of Java-style Exception Handling in C. - Seiji Umatani; Hirokazu Shobayashi; Masahiro Yasugi; Taiichi Yuasa (Inf. Media Technol., 2006)

Backtracking-based load balancing. - Tasuku Hiraishi; Masahiro Yasugi; Seiji Umatani; Taiichi Yuasa (PPoPP, 2009)

Dynamic Graph Traversals for Concurrent Rewriting Using Work-Stealing Frameworks for Multicore Platforms. - Masahiro Yasugi; Tasuku Hiraishi; Seiji Umatani; Taiichi Yuasa (ICPADS, 2010)

Managing continuations for proper tail recursion. - Masahiro Yasugi; Tsuneyasu Komiya; Tasuku Hiraishi; Seiji Umatani (ILC, 2010)

Abstract Machines for Safe Ambients in Wide-Area and Mobile Networks. - Seiji Umatani; Masahiro Yasugi; Taiichi Yuasa (COORDINATION, 2011)

SEAN: Support Tool for Detecting Rule Violations in JNI Coding. - Haruna Nishiwaki; Tomoharu Ugawa; Seiji Umatani; Masahiro Yasugi; Taiichi Yuasa (Inf. Media Technol., 2012)

Parallel Graph Traversals using Work-Stealing Frameworks for Many-core Platforms. - Masahiro Yasugi; Tasuku Hiraishi; Seiji Umatani; Taiichi Yuasa (J. Inf. Process., 2012)

Practical implementation techniques of ambient calculus in conventional dynamic languages. - Seiji Umatani (SAC, 2014)

Design and Implementation of a Java Bytecode Manipulation Library for Clojure. - Seiji Umatani; Tomoharu Ugawa; Masahiro Yasugi (J. Inf. Process., 2015)

Evaluation of an MPI-Based Implementation of the Tascell Task-Parallel Language on Massively Parallel Systems. - Daisuke Muraoka; Masahiro Yasugi; Tasuku Hiraishi; Seiji Umatani (ICPP Workshops, 2016)

Extending a Work-Stealing Framework with Probabilistic Guards. - Hiroshi Yoritaka; Ken Matsui; Masahiro Yasugi; Tasuku Hiraishi; Seiji Umatani (ICPP Workshops, 2016)

HOPE: A Parallel Execution Model Based on Hierarchical Omission. - Masahiro Yasugi; Daisuke Muraoka; Tasuku Hiraishi; Seiji Umatani; Kento Emoto (ICPP, 2019)

Extending a Work-Stealing Framework with Priorities and Weights. - Ryusuke Nakashima; Hiroshi Yoritaka; Masahiro Yasugi; Tasuku Hiraishi; Seiji Umatani (IA3@SC, 2019)

Probabilistic guards: A mechanism for increasing the granularity of work-stealing programs. - Hiroshi Yoritaka; Ken Matsui; Masahiro Yasugi; Tasuku Hiraishi; Seiji Umatani (Parallel Comput., 2019)

Work-stealing Strategies That Consider Work Amount and Hierarchy. - Ryusuke Nakashima; Masahiro Yasugi; Hiroshi Yoritaka; Tasuku Hiraishi; Seiji Umatani (J. Inf. Process., 2021)

Lightweight DSL for Describing Extensible Transition Systems. - Seiji Umatani (SAC, 2024)