Joseph Bartels

Papers

Total Citations

118

H-Index

About

Joseph Bartels is a leading researcher in computational imaging and computer vision, with a focus on advancing the capabilities of consumer-grade depth sensors. His major contributions lie in reimagining how light interacts with cameras to extract richer 3D information. Bartels pioneered "Epipolar time-of-flight imaging" (2017, 84 citations), a groundbreaking technique that applies energy-efficient epipolar imaging to time-of-flight (ToF) sensors like the Kinect. This work dramatically expands the versatility of cheap, compact depth cameras, enabling live 3D imaging in challenging environments where traditional ToF falls short. He further innovated with "Programmable Triangulation Light Curtains" (2018, 34 citations), introducing a method to dynamically control light curtains for selective depth sensing. Bartels’ research bridges the gap between theoretical optics and practical hardware, making high-performance 3D imaging accessible for robotics, augmented reality, and interactive systems. His work has been recognized for its potential to transform short-range depth sensing, earning him a reputation as a key innovator in pushing the boundaries of what consumer cameras can achieve.