I work within the Immersive and Real-Time Experiences group where I architect and develop innovative immersive (AR/VR) projects integrating spatial computing, haptics, machine learning (AI), robotics, IoT sensor fusion, micro services and 5G low latency edge computing.
As a software innovator my focus has been making software smarter for users while leveraging technology to enable new forms of communication. During the development of over 200 commercial software products reaching over 50 million users on desktop, mobile and tablet devices, I have delivered numerous technology innovations — artificial intelligence in consumer products — multimedia — hybrid online/offline CD-ROMs — interactive multimedia on the internet — real-time character animations — factory to consumer personalized plush toy design — to name a few.
The accelerated deployment of edge computing backed by 5G infrastructure is going to enable entirely new approaches to spatial computing. In this session, I will highlight specific ways these converging technologies will enable horizontal use cases that impact broad user bases through more integrated blending of the physical and the digital worlds.
Augmented reality applications allow users to see a view of the physical world merged with virtual objects in real time. However, with the increase in the available content and functions of AR services and applications, service providers and device manufacturers face significant technical challenges to efficiently track the location of a device while the device is moving to provide such augmented reality content.
