Reading visual features
Studying how head pose, eye gaze and expression can be represented as measurable parameters in stylized character imagery.
About the lab
Hollywood Reborn is an independent AI research lab in North Carolina. We investigate visual analysis, parametric control and the evaluation of character systems.
Our approach
Our research began with a focused question: how can facial features in anime-style imagery be detected and represented in useful, measurable ways?
That investigation led to work on head pose, gaze, expression and coordinate-based frame retrieval. It also exposed the importance of measuring extraction error and understanding the boundaries of a demonstration.
Today we continue that line of inquiry in broader character systems. Our first product is in private development; this site presents selected research that can be explored publicly.
Research history
Early investigation of visual features, image generation and parametric extraction for anime-style characters.
A technical report, validation figures and a searchable frame index make the approach available to inspect.
Continuing research on control, visual consistency and evaluation, with ongoing product development kept private.
Current directions
These are areas of investigation. We publish results when there is something concrete to show and explain.
Studying how head pose, eye gaze and expression can be represented as measurable parameters in stylized character imagery.
Exploring coordinate-based retrieval and the relationship between a requested visual state and the frames a system returns.
Investigating visual consistency, extraction limits and methods for comparing generated outputs against intended parameters.
Founder
FOUNDER · HOLLYWOOD REBORN LLC
Anthony leads the lab's research and development, connecting work on visual systems, software and controllable characters.
Based in Canton, North Carolina.
Get in touchResearch infrastructure
We have secured cloud credits from Amazon Web Services, Microsoft Azure and Google Cloud, and use them to support research and development.
Our research uses NVIDIA GPUs for compute-intensive experiments. This support helps us investigate ideas, evaluate results and develop our own technology.
We welcome thoughtful discussions about the work.