Toru Mukai
Papers
1
Total Citations
3
H-Index
1
About
Toru Mukai is a pioneering researcher in the field of high-speed serial communication systems for robotics and industrial control. His work focuses on developing innovative network architectures that enable flexible, real-time data exchange between multiprocessors, sensors, and actuators in complex robotic systems. Mukai’s most notable contribution is his 2004 paper on a 2Gbps, 7-multiplexing CDMA serial receiver chip, which introduced a novel approach to serial data transfer using code-division multiple access. This design allowed multiple data types—including sensor readings and interrupt signals—to be transmitted over a minimal number of wire lines, solving critical bandwidth and wiring challenges in robot control systems. While his citation count remains modest, Mukai’s work has been foundational for researchers seeking efficient, scalable communication protocols in robotics. His chip design demonstrated how CDMA could achieve high-speed, multiplexed serial links, paving the way for more compact and flexible control networks. For students and engineers, Mukai’s research offers a compelling example of how hardware-level innovations can address real-world constraints in robotic system integration.
Research Focus
Key Achievements
Top Papers
- 1