Cy Zhou Email & Phone Number

California, United States

At Vozo AI, I lead a passionate team dedicated to redefining video storytelling with Generative AI. Our mission is to empower creators, businesses, and individuals by breaking down language barriers and simplifying the process of video creation and localization.Our products are designed for a wide range of users—content creators, social media influencers, marketing professionals, educators, and businesses of all sizes—who want to communicate effectively with global audiences. By leveraging cutting-edge AI technologies like video translation, voice cloning, and seamless lip-syncing, we make it easy for anyone to create authentic, localized, and impactful video content that resonates across cultures.

Sunnyvale, California, Us

At Visbit, we pushed the boundaries of immersive video generation and rendering to connect people over distance through VR. Leveraging AI, we developed Visbit View-Optimized Streaming and Rendering (VVOS) technology, enabling higher resolution, smoother framerates, and better compression for immersive video streaming. This included the world’s first 6K VR live streaming (with AMD) and 8K VR live streaming (with Tata). We raised $5M from leading U.S. and Japanese venture capital firms to drive innovation in VR technology.

At Google, I was a research scientist with Google X and Google Research, focusing on computer vision, computational photography, and augmented reality. I contributed to HDR+ technology, a groundbreaking innovation that significantly improved image quality for Google Glass and became a foundational technology for the Android Camera, powering billions of devices worldwide.Additionally, I led the Super-Hero Vision project at Google X, exploring advanced vision capabilities to push the boundaries of what wearable technology can achieve.https://www.solveforx.com/

Santa Clara, Ca, Us

Research in mobile 3d reconstruction.

New York, Ny, Us

It is all about unconventional computer vision algorithms for exotic cameras, which include:a) a small theory on how to better encode and recover image details from defocus.b) a camera design and algorithm that better encode 3D structure in photos;c) a programmable system that captures 3d structure and light field;d) a new device and diffusion coding theory to capture high-precision 3D structure of scenes;e) a camera and an algorithm that achieves wide aperture and wide depth of field simultaneously;f) a computational camera that captures first and focuses later.

Redmond, Washington, Us

Design an "ultimate" F/1.2, wide angle, diffraction-limited camera that integrates an extreme lens design, a curved image sensor, and a special algorithm.

Doctor Of Philosophy (Phd), Computer Science

Bachelor Of Science (Bs), Statistics, Management School