Company Filing History:
Years Active: 2020
Title: The Innovative Mind of Joy Dutta: A Pioneer in Image Processing
Introduction: Joy Dutta, an accomplished inventor based in Kolkata, India, has made significant contributions to the field of image processing. As a passionate innovator, she holds one patent which showcases her expertise and innovative spirit in creating methods that enhance image rendering capabilities.
Latest Patents: Joy Dutta's patent titled "Method and apparatus for storing, processing and reconstructing full resolution image out of sub band encoded images" is a groundbreaking approach that offers new methods for high-resolution image rendering. The invention includes a comprehensive process: it performs downscaling of selected images, creates time-stamped downscaled images, extracts relevant sub-band information, and implements compression techniques. Subsequently, the downscaled images and sub-band information are carefully decompressed and merged to reconstruct and render high-resolution images, showcasing an effective methodology in digital image processing.
Career Highlights: Joy Dutta is currently employed at Samsung Electronics Co., Ltd., where she continues to harness her skills in innovative image processing technologies. Her contributions in the field have not only advanced the current methods but also set a foundation for future explorations in digital imaging.
Collaborations: Throughout her career, Joy has had the opportunity to collaborate with talented individuals such as Anurag Mithalal Jain and Ravindranath Ramalingaiah Munnan. These partnerships have enabled her to work in a dynamic environment and foster creativity in developing new technologies.
Conclusion: Joy Dutta is a remarkable inventor whose work in image processing has paved the way for advancements in the digital realm. With her innovative patent and collaborative spirit, she exemplifies the essence of ingenuity in today's technological landscape. As she continues to work at Samsung Electronics, her contributions will undoubtedly shape the future of high-resolution imaging.