• Spearheaded the development of real-time algorithms for cutting-edge imaging devices, enhancing precision in medical procedures

• Evaluated and integrated novel imaging technologies, driving advancements in sensor performance and image quality

• Played a critical role in the release of Auris Health’s robotics product for lung cancer detection, contributing to a revolutionary medical innovation.

• Designed and optimized image signal processing algorithms, including advanced HDR solutions and automatic flicker detection/correction.

• Developed innovative imaging solutions (e.g., Clear Pixel, RGB-IR) for next-generation integrated circuits, significantly enhancing automotive imaging safety.

• Contributed to IEEE P2020 standards for automotive image quality

Research, design and implement real-time Image Processing Algorithms for digital camera and display systems.

Worked on different parts of the imaging pipeline for both camera and display systems

Proposed ,prototyped and implemented algorithmic changes to the current in-house system(Color Calibration, Gamut Mapping) that extend to future products

Researched new technologies in cinema, specifically 4K and HFR pipelines

Developed content aware video up scaling methods

Developed objective image evaluation tools to meet the specified studio requirements

Conducted research in the area of superresolution for color video and large scaling factors

Specific tasks included:

• Review of the literature and implement fast prototypes of methods of highest relevance

• Capture the requirements for deep color, large scale SR, including characterization of a set of test images/videos

• Design a prototype incorporating methods which can potentially address the requirements by themselves or in combination