We present Heimdall, a mobile GPU coordination platform for emerging Augmented Reality
(AR) applications. Future AR apps impose an explored challenging workload: i) concurrent …

We present EagleEye, an AR-based system that identifies missing person (or people) in
large, crowded urban spaces. Designing EagleEye involves critical technical challenges for …

Augmented Reality (AR) enables smartphone users to interact with virtual content spatially
overlaid on a continuously captured physical world. Under the current permission …

Omnidirectional lighting provides the foundation for achieving spatially-variant photorealistic
3D rendering, a desirable property for mobile augmented reality applications. However, in …

Huge advancements have been made over the years in terms of modern image-sensing
hardware and visual computing algorithms (eg, computer vision, image processing, and …

The real world presents interpretable visual detail at different scales in different situations.
While empowering face recognition, augmented reality, and other computer vision tasks …

While many pervasive computing applications increasingly utilize real-time context extracted
from a vision sensing infrastructure, the high energy overhead of DNN-based vision sensing …

Human studies often rely on wearable lifelogging cameras that capture videos of individuals
and their surroundings to aid in visual confirmation or recollection of daily activities like …

Point clouds are a dense compilation of millions of points that can advance content creation
and interaction in various emerging applications such as Augmented Reality (AR). However …

While many pervasive computing applications increasingly utilize real-time context extracted
from a vision sensing infrastructure, the high energy overhead of DNN-based vision sensing …