Max Robotics — Global Service Robot Directory + US Certification

About

Yoshichika Fujioka is a researcher whose work sits at the intersection of VLSI architecture design and intelligent robotics, with a particular focus on developing high-performance computational hardware to meet the demanding real-time requirements of robotic control systems. His most significant contribution lies in the design of reconfigurable parallel VLSI processors capable of dramatically reducing latency in sensor feedback control loops — a critical challenge when robots must perform large numbers of multiply-addition operations within tight timing constraints. His 1996 paper introducing the reconfigurable parallel processor architecture, which employs switchable circuits within each processing element to dynamically reconfigure inter-multiplier and adder connections, stands as his most influential work with 11 citations. Building on this foundation, his 2002 paper demonstrated a floating-point implementation achieving 2400 MFLOPS, showcasing the practical scalability of his architectural approach. Fujioka also contributed to the broader robotics research community through platform development work, as evidenced by his 1996 platforms paper. While his citation footprint is modest, his technically specialized contributions represent meaningful advances in purpose-built VLSI systems designed to make intelligent robot control faster and more computationally efficient.