Company Filing History:
Years Active: 2017
Title: Innovator Sim Ji Lee: Pioneering Address Translation Methods in Modern Computing
Introduction: Sim Ji Lee, a notable inventor based in Seoul, South Korea, has made significant contributions to the field of computer architecture through his innovative patent. With a focus on optimizing address translation mechanisms, Lee's work exemplifies the intersection of technology and efficiency, showcasing his dedication to advancing system performance.
Latest Patents: Sim Ji Lee holds a patent for a groundbreaking system-on-chip and address translation method that utilizes a translation lookaside buffer and a prefetch buffer. This invention focuses on reducing address translation overhead by allowing a memory management unit to store page descriptors in advance under various conditions. The method involves an address translation unit that processes memory access requests, translating virtual addresses to physical addresses while ensuring that page descriptors are readily accessible, thereby enhancing computational efficiency.
Career Highlights: Lee's career is marked by his affiliation with Samsung Electronics Co., Ltd., where he has consistently delivered innovative solutions in memory management and system architecture. His expertise in developing advanced technological systems has positioned him as a key contributor within his organization, influencing the direction of research and development initiatives.
Collaborations: Throughout his career, Sim Ji Lee has worked alongside talented colleagues, including Sung-Min Hong and JaeYoung Hur. These collaborations have played a vital role in fostering innovative ideas and driving the success of various projects within Samsung Electronics Co., Ltd.
Conclusion: Sim Ji Lee's contributions to the field of technology through his patented innovations showcase the importance of addressing efficiency in computing. His work not only exemplifies individual ingenuity but also highlights the collaborative spirit within the tech industry, paving the way for future advancements in memory management and system design.