Company Filing History:
Years Active: 2023-2025
Title: Heath Barber: Innovator in Color Calibration Technology
Introduction
Heath Barber is a notable inventor based in Fuquay Varina, North Carolina. He has made significant contributions to the field of color calibration technology, holding two patents that enhance the functionality of mobile devices in color measurement applications.
Latest Patents
Barber's latest patents include a method for the calibration of a color display device. This method involves controlling an integrated camera of a mobile device to detect fiducial markers displayed as part of a test pattern. The process estimates the camera's position relative to the display surface and augments a live image with an overlay. The integrated camera captures an image of the test pattern, allowing for adjustments to the color settings of the display device based on the captured information.
Another patent focuses on calibrating color measurement devices using smartphones. This process includes obtaining measurement data sets with and without a phone case, calculating optimized exposure times, and generating fitting parameters for accurate color lookup applications. These innovations demonstrate Barber's commitment to improving color accuracy in mobile technology.
Career Highlights
Heath Barber is currently employed at Datacolor Inc., a company renowned for its expertise in color management solutions. His work at Datacolor has allowed him to apply his innovative ideas in practical applications, contributing to the advancement of color calibration technologies.
Collaborations
Barber collaborates with talented individuals such as Hong Wei and Kostenko Yevhen Andriyovych. These partnerships enhance the development of innovative solutions in the field of color calibration.
Conclusion
Heath Barber's contributions to color calibration technology through his patents and work at Datacolor Inc. highlight his role as a significant innovator in this field. His advancements continue to influence the way color accuracy is achieved in mobile devices.