Created several proof-of-concept webapps in 2017 experimenting with ideas that will make virtual meetings more immersive. Our approach was largely inspired by the Star Wars™ films. If you remember, the Jedi Council held meetings in which remote participants were sitting in seats using holographic projections of themselves and vs. versa. I prototyped the same two-way immersive meeting idea using WebGL 3-D and WebRTC in web browsers.
UML description TBD...
Experiences using this skill are shown below:
[I know, this section just echos the same stuff as on the résumé. I plan to expand later.] Worked with PhDs, staff and university interns researching disruptive technologies. Barco Labs deliverables are research papers, patents and demos. Any research that might become a viable product in 2 to 5 years is then passed off to one of the product divisions. (Due to the trade secret nature of this research some details cannot be revealed.) Accomplishments:
Developed several browser-based video playback and video device management applications. Some examples (in reverse chronological order): [I know, the section below is too wordy. I'll improve later.]
Engineered the high-performance tile-map server technology for the company that provided all the custom map overlays displayed by the universal map applications (above). Features included:
Designed and implemented complex, real-time, universal map display applications in Adobe Flash for the web and CocoaTouch for the Apple iPad that yielded a significant increase in revenue and helped achieve financial independence for the company (according to the President/CEO, Maurice Bailey).
When Flash CS3 with AS3 was released in 2007, I convinced the company it was in their best interest to rewrite the entire Viewer in AS3 and I became the one and only AS3 Flash developer in the company. The other members when back to their previous duties or left the company.
FlyteComm wanted to put the map tile servers under that same RSA SecurID gateway as the ASP .NET servers but the company's server infrastructure did not allow that plus there were known scalability issues. To demonstrate to IT there was a better way, I setup a VMWare virtualized system to prototype a better server infrastructure. The system consisted of:
Many of FlyteComm's customers had proprietary map overlays that they didn't want others to see. However, FlyteComm's array of virtualized map tile servers were shared among all customers. I updated my FastCGI tile server C++ code to authenticate every tile request using MD5 HMAC authentication using secret keys known only to the tile servers and ASP .NET app servers.
Developed a prototype version of the FlyteComm Universal Viewer for the iPhone/iPad as a marketing tool to guage customer interest. This prototype iOS app generated so much customer enthusiasm that the company went full speed ahead developing it into a real product. The iPad/iPhone application was written in Apple's Objective C for iOS 5 in XCode 4.3. There were many challenges. We could not use Apple's MapKit, based on Google Maps, because of Google's licensing restrictions on commercial use.