Shuting Ge

Title: Shuting Ge: Innovator in Frame Interpolation Technology

Introduction

Shuting Ge is a notable inventor based in Suzhou, China, recognized for his contributions to video processing technology. With a keen focus on enhancing video quality, Ge holds a significant patent that showcases his innovative approach in the field of frame interpolation.

Latest Patents

Shuting Ge is the inventor of a patent titled "Frame Interpolation Method and Related Video Processor." This patent involves a sophisticated frame interpolation method for a video processor that includes a series of steps to enhance the visual experience. Specifically, it determines if a first input frame is received following a long-term cadence and generates interpolated frames using corresponding phase coefficients. Alternatively, if the input frame does not follow the long-term cadence, it generates frames by applying coefficients from a bad edit phase table, addressing issues that may arise during video processing.

Career Highlights

Ge's professional journey includes his significant role at Novatek Microelectronics Corporation, a leading company in the semiconductor industry. His work focuses on advancing technology for video processing, where he applies his innovative ideas to practical applications. His single patented invention reflects his dedication to improving video quality and frame accuracy.

Collaborations

Throughout his career, Shuting Ge has collaborated with esteemed professionals in his field, including his colleagues I-Feng Lin and Haibo Liu. These partnerships emphasize the importance of teamwork in research and innovation, allowing for the shared exchange of ideas and expertise, particularly in the fast-evolving realm of video technology.

Conclusion

In conclusion, Shuting Ge stands out as a forward-thinking inventor in the field of video processing. His patented frame interpolation method exemplifies his commitment to innovation and problem-solving within the industry. As his career progresses, Ge's contributions are likely to continue shaping the future of video technology, enhancing the way we experience visual media.