Beong-Kwon Hwang

Title: Inventor Beong-Kwon Hwang and His Innovative Patent in Digital Imaging

Introduction: Beong-Kwon Hwang, located in Cupertino, CA, is a notable inventor recognized for his contribution to digital imaging technology. His innovative work has led to the development of a unique patent that addresses color interpolation and edge enhancement in digital images, enhancing the quality of visual information captured by digital cameras.

Latest Patents: Beong-Kwon Hwang holds a patent titled "Merged pipeline for color interpolation and edge enhancement of digital images." This patent describes a sophisticated digital-camera processor that processes mono-color digital pixels received from an image sensor. The innovation specifically utilizes a Bayer pattern to manage the alternating arrangement of green and red pixels on odd lines and blue and green pixels on even lines. It enhances images through methods including horizontal and vertical interpolation to produce final RGB values, while incorporating edge detection and enhancement techniques for sharper images.

Career Highlights: Hwang's work at Neomagic Corporation exemplifies his significant contributions to the field of digital imaging. With just one patent to his name, it highlights his focused approach and the impact of his innovation in improving the way digital cameras process and enhance images.

Collaborations: Throughout his career, Beong-Kwon Hwang has collaborated with esteemed colleagues, including Tao Lin and Vincent Chor-Fung Yu. Their teamwork and shared expertise have played a vital role in refining and advancing the technology behind Hwang's inventions.

Conclusion: Beong-Kwon Hwang stands out as an inventor whose work has appreciably influenced digital imaging technology. His patent not only showcases a genius understanding of image processing but also reflects a commitment to enhancing the quality of digital photography. As technology continues to advance, Hwang's contributions will undoubtedly have a lasting impact on the industry.