Enhancing the P racticality and R eachability of Interactive Technology

Channel:
Microsoft Research
Subscribers:
345,000
Published on ● Video Link: https://www.youtube.com/watch?v=22QLostHAHg


Category:
Vlog
Duration: 1:01:47
8 views
0

As researchers, one of our common goals is to expand our reach and our capabilities as human beings through the development of new technologies and new ideas. Often we use immense resources to explore this new territory. However, an unfortunate side effect of this essential activity is that the number of individuals that can participate in this search becomes smaller and smaller as the resources become greater and greater. My primary motivation in research is to develop and demonstrate new techniques that substantially increase the practicality and reachability of technology. My work solves real world problems of applying research concepts by simplifying implementation and reducing system cost. This does two things: first, it enables more researchers to explore the domain advancing the state of research; second, it results in a more practical commercialization increasing distribution, adoption, and overall impact. In this talk, I will describe how I have successfully applied this philosophy in my research projects ranging from projector calibration, augmented reality, multi-touch interaction, immersive displays, animation, to biometric interaction.



Other Videos By Microsoft Research


2016-09-06Automated Revision of Distributed and Real-Time Programs
2016-09-06Candidate talk: Knowledge Analysis towards Automatic Question Answering for Discussion Forums
2016-09-06Improving Data Recovery From Embedded Networked Sensing Systems with Fault Detection and Diagnosis
2016-09-06A Discriminative Kernel-based Model to Rank Images from Text Queries
2016-09-06Concurrency Simple and Safe? State of SCOOP
2016-09-06Automated Termination Analysis of Programs using Term Rewriting
2016-09-06Abstraction Methods for Liveness
2016-09-06Effective and Efficient User Interaction for Long Queries [1/17]
2016-09-06Fault Localization in Large-Scale Computing Systems
2016-09-06Delegatable Anonymous Credentials
2016-09-06Enhancing the P racticality and R eachability of Interactive Technology
2016-09-06Computational methods for the detection of positive and lineage-specific selection from genomic data
2016-09-06State of the Art and Future Trends in Mobile Phone-based Augmented Reality
2016-09-06Candidate talk: Computing Nash Equilibria
2016-09-06Exploiting Hardware/Software Interactions for Embedded Systems Design
2016-09-06The Semantic Web in Action
2016-09-06Leveraging Fine-Grained Multithreading for Efficient SIMD Control Flow
2016-09-06I-Room - Intelligent Collaborative Spaces for Emergency Response [1/3]
2016-09-06Query Lower Bounds for Matroids via Group Representations
2016-09-06New Algorithmic Ideas for Search, Ads, and Recommendations. [1/2]
2016-09-06A Family of License Languages


Tags:
microsoft research