May 30
05:00 PM - 05:30 PM
Description
In the early nineties, I co-invented the CMOS image sensor at the Jet Propulsion Labs in Pasadena. Although it was clear to all of us from the start that this technology would transform the world of digital imaging, industry adoption was initially non-existent. In 1995, I founded Photobit Corporation, obtained an exclusive license for the new technology, and built a team to publicize and commercialize it. Now, two decades later, CMOS image sensors are in every smartphone and digital camera, and is the enabling technology behind image and scene recognition for the XR industry. In this talk, I will discuss the elements which propel the adoption of disruptive technologies, and will talk about my personal experiences and challenges as a woman and CEO in the world of advanced technology.
Speakers
President
,
Tap Systems, Inc.
May 30
05:00 PM - 05:30 PM
Description
In the early nineties, I co-invented the CMOS image sensor at the Jet Propulsion Labs in Pasadena. Although it was clear to all of us from the start that this technology would transform the world of digital imaging, industry adoption was initially non-existent. In 1995, I founded Photobit Corporation, obtained an exclusive license for the new technology, and built a team to publicize and commercialize it. Now, two decades later, CMOS image sensors are in every smartphone and digital camera, and is the enabling technology behind image and scene recognition for the XR industry. In this talk, I will discuss the elements which propel the adoption of disruptive technologies, and will talk about my personal experiences and challenges as a woman and CEO in the world of advanced technology.
Speakers
President
,
Tap Systems, Inc.
May 30
05:30 PM - 06:00 PM
Description
Recent EEG studies of face to face collaboraion have found that brain activity can synchronize. This produces a feeling of greater connection and better performance on collaborative tasks. In the talk we report on the first brain synchronization studies conducted in AR and VR, and how AR and VR could be used to increase synchronization. This research points to a future were AR/VR technology could be used for new forms of communication and creating empathy between people.
Speakers
Professor
,
University of South Australian
May 30
05:30 PM - 06:00 PM
Description
Recent EEG studies of face to face collaboraion have found that brain activity can synchronize. This produces a feeling of greater connection and better performance on collaborative tasks. In the talk we report on the first brain synchronization studies conducted in AR and VR, and how AR and VR could be used to increase synchronization. This research points to a future were AR/VR technology could be used for new forms of communication and creating empathy between people.
Speakers
Professor
,
University of South Australian