Ji-hyun In

Title: Innovator Ji-hyun In: Pioneering Developments in Virtual Memory and Flash Memory Management

Introduction

Ji-hyun In is a talented inventor based in Seoul, South Korea, recognized for her contributions to the fields of virtual memory systems and flash memory management. With a remarkable portfolio of eight patents, Ji-hyun has made significant advancements that have the potential to enhance data processing efficiency in modern technology.

Latest Patents

Among her latest patents, Ji-hyun developed an "Apparatus and method of reducing page fault rate in virtual memory system." This invention includes a page table stored in a main storage unit, which allows for effective reading of page information. The apparatus features a processor that invalidates information in the buffer unit when modifying reference information for pages in the page table. This method improves overall system performance by reducing page fault rates.

Another noteworthy patent is the "Flash memory management method." This innovative method allows for efficient handling of write requests to flash memory. It enables the writing of predetermined data to a log block, minimizing the need to write to the same page multiple times in different data blocks. This process considerably enhances the effectiveness of flash memory resource utilization.

Career Highlights

Ji-hyun In has had a distinguished career with prominent companies, notably Samsung Electronics Co., Ltd. Her experience at one of the world’s leading technology firms has allowed her to apply her inventive skills and contribute to significant technological advancements.

Collaborations

Throughout her career, Ji-hyun has worked alongside esteemed colleagues, including Song-ho Yoon and Jang-hwan Kim. Their collaborative efforts have played a crucial role in developing patents and innovations that address contemporary challenges in technology.

Conclusion

Ji-hyun In is an exemplary figure in the field of technology innovation. Her patents reflect her dedication to enhancing memory management systems, providing valuable contributions that can influence future developments in computer engineering. As she continues her work, the industry eagerly anticipates her next groundbreaking inventions.