Takeo Kanade, a renowned researcher from Japan, has been passionate about artificial vision for over four decades. At the age of 78, he continues to push the boundaries of this scientific discipline, developing algorithms that help computers and robots comprehend moving images. His work has had a significant impact on various fields, including robotic surgery, autonomous driving, and facial recognition.
Kanade received his doctorate in Electrical Engineering from Kyoto University in 1974 and discovered his love for engineering at a young age when he made his own fishing hook at the age of 5. Currently, he serves as a professor of Computer Science and Robotics at Carnegie Mellon University in the USA and was the founder of the Technology Center for Quality of Life from 2006 to 2012.
In a recent interview, Kanade discussed his belief that robotic vision may one day exceed human vision. While computers are already more proficient than humans in some aspects, such as facial recognition, Kanade notes that humans still have an edge when it comes to understanding complex situations. He also talked about the future of technology, including the challenges of developing virtualized realities and preventing misuse of technologies like deepfakes.
Kanade continues to explore ways in which computer vision can improve the quality of life for individuals with disabilities. He emphasizes the importance of creating technologies that enhance independence and connectivity for people with disabilities. Kanade also discusses how his work has contributed to advancements in surgical precision, using sensors and image recognition in robot-assisted surgeries.
Despite potential risks and ethical concerns surrounding emerging technologies, Kanade remains optimistic about their positive impact on society. He stresses the importance of using technology ethically and responsibly to ensure that it benefits humanity. Currently, Kanade is focused on developing technologies that empower individuals and improve their quality of life through collaborations with robots and AI systems.
