Washington DC Area Symposium Driving Advancement of 3D Visualization in US Government

Chantilly, VA - January, 10th, 2017 - As part of its work with the Air Force Research Laboratory, FoVI 3D is hosting a symposium on government streaming and content needs for Field of Light Displays (FoLDs). The objective of this symposium is to collectively understand the overall vision from the various US government agencies for the capture-to-display requirements of 3D data on FoLD systems.

Collection, storage, transmission, and viewing of 3D data captured by a variety of DoD sensor systems has increased dramatically over the past 15 years and even more rapid growth is anticipated. Advancements in visualization of this data has not, however, kept pace.  To help close the gap between collection and the ability to exploit the data, the Air Force has identified a requirement for true 3D visualization systems to increase productivity of operators dealing with the 3D data deluge. The Air Force further requires the data be viewed without special eye wear on a new class of display, FoLD visualization systems.

As a developer of light-field display tables, FoVI 3D is keenly aware of the unique challenges in streaming 3D content for 360° viewing of a full parallax perspective correct image. With the belief that the future command centers will be a heterogeneous environment exploiting a variety of display types to provide the best visualization capability to accomplish the task at hand, FoVI 3D with support from Brigham Young University is strategically poised to lead this research to define a streaming 3D standard that is scene/data and display agnostic to create a common interface to all 3D displays.

FoVI 3D selected to investigate Streaming Models for Field of Light Displays

Air Force Research Laboratory leads the research to develop a model for the multimedia data stream required for next-generation field-of-light display (FoLD) systems to project full-parallax video-rate 3D images without eyewear. Leading the investigation, FoVI 3D, with support from Brigham Young University on the Phase I Small Business Technology Transfer, will lead the research and define a streaming 3D standard that is scene/data and display agnostic in order to create a common interface to 3D displays. This nine month effort was officially kicked off on August 3, 2016.  

Air Force Research Laboratory Awards Metrology Phase II to FoVI 3D

Air Force Research Laboratory awards the Holographic Light-field 3D Metrology Small Business Innovative Research Phase II to FoVI 3D.  This 2-yer effort defines and creates the metrology required to evaluate the novel light-field displays emerging to market.  

Air Force Research Laboratory Awards Holographic Video Phase II

Zebra Imaging was awarded the Phase II from Air Force Research Laboratory to pursue the next generation Holographic Video Display (HVD).  This 2-year effort will be performed by the dynamic light-field display research and development business unit, FoVI 3D.  Work on Gen2 is already underway and the support of AFRL's Small Business Research Laboratory Phase II award moves this development forward.

Zebra Imaging Acquires FoVI 3D

Holographic Imaging Leaders to Build Light-Field Insights into New Products

Zebra Imaging is proud to announce the acquisition of local Austin R&D firm, FoVI 3D. Effectively immediately, the acquisition will accelerate Zebra Imaging’s ability to leverage advanced 3D light-field technology in upcoming holographic display products. 

“With FoVI 3D’s expertise, Zebra will be able to bring more depth, quality and focal clarity to our 3D Dynamic Light-Field display product lines,” said Chuck Scullion, Zebra President and CEO. “The display industry is naturally moving towards glass- free technologies, this acquisition helps position Zebra right in the middle of all that action. We are very happy they are coming on board.” 

Since 2012, FoVI 3D has advised clients on how to incorporate light-field technology into their virtual reality, semiconductor, and military applications. With past clients such as virtual reality gaming firm, Virtuix Omni, Samsung, and the Air Force Research Laboratory, FoVI 3D has been able to demonstrate proven results in regards to novel view generation, synthetic aperture focusing, and disparity computation. 

“We want to push the realms of possibility for 3D holographic light-field displays,” says Amy Lessner, President of FoVI 3D, “By joining the Zebra team, we can accelerate those objectives with a company that not only developed the world-leading Zebra Motion Display (ZMD) system, but has 50 patents issued or pending on holography and dynamic LFD’s. The applications are endless. Zebra is the only company in the world to have achieved true 3D 360 degree dynamic display, with four installed prototypes in research labs today. We are very excited about the detailed Gen2 design, which has already received Government funding and we look forward to accelerating this system to market” 

FoVI 3D will continue to operate as its own brand underneath the Zebra umbrella.