Company Filing History:
Years Active: 2014
Title: **Koji Hirabayashi: Innovator in Data Communication Networks**
Introduction
Koji Hirabayashi is a notable inventor based in Miyoshi, Japan. He has made significant contributions to the field of data communication through his innovative patent. His work reflects a commitment to improving network communication systems, particularly in automotive technologies.
Latest Patents
Hirabayashi holds one patent for a data communication network system. This patented technology allows an intended unit to determine a start point for a transmission schedule in communication. The system facilitates communication among various electronic control units by employing a time-triggered communication protocol. It includes a control section that can place the communication line in a communication-inhibited state before cancelling that state at a specified time. This allows for one predetermined unit among several electronic control units to send a synchronization message immediately after the communication-inhibited state is lifted.
Career Highlights
Currently, Hirabayashi is employed by Toyota Jidosha Kabushiki Kaisha, commonly known as Toyota. As a vital member of the Toyota team, he contributes to cutting-edge developments in automotive communication systems. His innovative approaches enhance the efficiency and reliability of vehicular communication technologies.
Collaborations
Throughout his career, Koji Hirabayashi has collaborated with other talented professionals, including Hiroya Ando and Hiroyoshi Ito. These collaborations contribute to a productive work environment where collective expertise fosters innovation in automotive technology.
Conclusion
Koji Hirabayashi's contributions to data communication networks underline the importance of innovation in the automotive industry. His patent and work at Toyota exemplify how dedicated inventors can shape the future of communication technologies, ensuring improved connectivity and reliability in vehicle systems. His continuous efforts represent a significant stride in enhancing electronic networking in modern automobiles.