Company Filing History:
Years Active: 2018
Title: Yenjo Han: Innovator in Pipeline Processing Technologies
Introduction
Yenjo Han is a notable inventor based in Seongnam-si, South Korea, recognized for his contributions to pipeline processing technologies. With a keen understanding of latency restrictions in processing systems, Han has developed innovative solutions that enhance computational efficiency.
Latest Patents
Yenjo Han holds a patent for a "Pipeline processor and an equal model compensator method and apparatus to store the processing result." This invention addresses the challenges posed by latency in pipeline processing by integrating a processing unit designed to handle multiple instruction stages. Additionally, the equal model compensator within this system efficiently stores and manages the results of the processing, ensuring that they are accurately recorded in a register file according to each instruction's latency requirements.
Career Highlights
Currently, Yenjo Han is employed at Samsung Electronics Co., Ltd., a leading global technology company. His work at Samsung focuses on advancing technologies that contribute to more effective processing units and data management systems. Over the years, Han has developed a reputation as a forward-thinking engineer and inventor, leveraging his technical expertise to innovate within the field of pipeline processing.
Collaborations
Throughout his career, Yenjo Han has collaborated with distinguished colleagues, including Heejun Shim and Jae-Young Kim. These partnerships have fostered a dynamic working environment at Samsung Electronics, enabling the team to push the boundaries of what is possible in processing technology.
Conclusion
Yenjo Han stands out as an accomplished inventor whose work in pipeline processing has implications for various sectors within technology. His patent addresses significant challenges in the field, and his collaborations at Samsung Electronics showcase his commitment to innovation. With a single, impactful patent to his name, Han's contributions are likely to influence future developments in processing technologies.