Company Filing History:
Years Active: 2017
Title: The Innovative Mind of Claire Ni: Pioneering Power Saving Technologies
Introduction
Claire Ni, an accomplished inventor based in Santa Clara, CA, has made significant strides in the realm of microprocessor technology. With one notable patent to her name, Claire focuses on enhancing the efficiency of power consumption in reverse directories, a critical component in modern computing systems.
Latest Patents
Her groundbreaking patent, titled "Power Saving for Reverse Directory," introduces systems and methods aimed at optimizing power consumption characteristics of reverse directories in microprocessors. The invention is particularly relevant in the context of multiprocessor semiconductors that utilize cache hierarchies. Claire's design segregates the reverse directory into two sub-directories: one for high-frequency accesses and another for low-frequency updates. This innovative approach significantly reduces the power required during write operations, potentially lowering consumption to a fraction of traditional methods.
Career Highlights
Currently working at Oracle International Corporation, Claire has applied her expertise to contribute to the company's advancement in semiconductor technologies. Her work exemplifies a commitment to innovation, merging practical applications with pioneering ideas in the field.
Collaborations
Claire collaborates with talented colleagues, including Jinho Kwack and Joann Lam. Together, they form a formidable team that fosters creative solutions and contributes to Oracle's reputation as a leader in technology development.
Conclusion
In conclusion, Claire Ni stands out as a notable inventor whose contributions to microprocessor technology are paving the way for more efficient computing systems. Her patent not only reflects her innovative spirit but also emphasizes the ongoing need for advancements in technology that prioritize sustainability and efficiency. As she continues her work at Oracle, the tech community eagerly anticipates her future innovations.