Company Filing History:
1 out of 2,603 
1 out of 5 Years Active: 2015-2023
Title: The Innovative Contributions of Zicong Mai
Introduction
Zicong Mai, an inventive force based in Burnaby, Canada, has made significant strides in the field of imaging technology. With a portfolio of two patents, his work is recognized for enhancing the performance and efficiency of time-of-flight cameras and video tone mapping systems.
Latest Patents
Zicong Mai's latest inventions include a time-of-flight camera that boasts an improved dynamic range and a method for generating a depth map. This innovative camera integrates a processor and a multi-pixel time-of-flight image sensor. Its unique capabilities allow it to determine multiple phase-correlation values at each pixel, ultimately generating an accurate depth map based on accumulated correlations.
Another notable patent focuses on the efficient tone-mapping of high-bit-depth video to low-bit-depth displays. This system effectively maps high dynamic range (HDR) input image data to lower dynamic range (LDR) output without altering the color space. The tone mapping module and color mapping module work cohesively to enhance the efficiency of the mapping process, avoiding unnecessary intermediate image processing steps.
Career Highlights
Zicong Mai has contributed his expertise to prominent companies such as Dolby Laboratories Licensing Corporation and Lucid Vision Labs, Inc. His career reflects a strong commitment to advancing imaging technologies, positioning him as a key player in the industry.
Collaborations
Throughout his career, Zicong has had the opportunity to collaborate with talented professionals in the field. Notable colleagues include Panos Nasiopoulos and Rabab K. Ward, whose combined efforts have furthered the innovation landscape in imaging applications.
Conclusion
Zicong Mai's contributions to the realm of imaging technology, particularly through his patents and collaborative efforts, underscore his role as an inventive leader. His work continues to impact the efficiency and effectiveness of time-of-flight cameras and video processing, reflecting a commitment to innovation that inspires future advancements in the field.