[Abstract]

This presentation introduces "OpenEL"—a specification that abstracts sensor and actuator hardware and standardizes APIs—along with its formal representation, the "OpenEL conceptual model." By rigorously modeling device structures, this framework provides a foundation for building real-time digital twins of physical devices within cyberspace. Furthermore, we will explore a cutting-edge approach that leverages this structured model to enable AI to automatically generate device driver source code, and discuss future prospects in this field.

[Profile]

Graduated from the Department of Mechanical and Control Engineering, Faculty of Electro-Communications, The University of Electro-Communications in 1996. Worked at Mitsubishi Space Software Co., Ltd. (currently Mitsubishi Electric Software Corporation) on the development of Advanced Combat Direction System for Japan Maritime Self-Defense Force destroyers, followed by roles at Cygnus Solutions and Red Hat, Inc., focusing on the research, development, and support of embedded Linux and related technologies. In 2002, founded Upwind Technology, Inc. in Hawaii, USA, where he continues to serve today.
Has held various positions, including Co-Chair of the OMG Robotics-DTF, member of ISO/TC299/WG6, and member of the Japanese national standardization committee for ISO/IEC JTC1/SC22/WG21 (C++).