Journal papers |
||
[J.3] |
![]() |
Mago: Mode of Transport Inference Using the Hall-Effect Magnetic Sensor and Accelerometer , Rahul C. Shah, Jonathan Huang and Lama Nachman UbiComp (IMWUT) 2017 | Acceptance Rate: 8% (22/267) |
PDF
•
Demo
|
||
[J.2] |
![]() |
Feasibility testing of a home-based sensor system to monitor mobility and daily activities in Korean American
older adults Jane Chung, George Demiris, Hilaire Thompson, , Robert Burr, Shwetak N. Patel and James Fogarty International Journal of Older People Nursing 2016 |
PDF
|
||
[J.1] |
![]() |
Implementing technology-based embedded assessment in the home and community life of individuals aging with disabilities: A participatory research and development study , Harniss, M., Patel, S., and Johnson, K. Disability and Rehabilitation: Assistive Technology 2013 |
PDF
|
||
Conference papers |
||
[C.11] |
![]() |
ProxiCycle: Passively Mapping Cyclist Safety Using Smart Handlebars for Near-Miss Detection Joseph Breda, , Thomas Ploetz, Shwetak Patel CHI 2016 | Acceptance Rate: 25% |
PDF
•
Demo
|
||
[C.10] |
![]() |
Finexus: Tracking Precise Motions of Multiple Fingertips Using Magnetic Sensing , Shwetak Patel, Sean Keller CHI 2016 | Acceptance Rate: 23% |
PDF
•
Demo
|
Honorable Mention (top 4%)
|
News press:
MIT Technology Review (12/22/2015)
•
Engadget (12/22/2015)
|
||
[C.9] |
![]() |
DOSE: Detecting User-Driven Operating States of Electronic Devices from a Single Sensing Point , Sidhant Gupta, Eric Larson, Shwetak Patel IEEE PerCom 2015 | Acceptance Rate: 15% (29/196) |
PDF
•
Demo
|
||
[C.8] |
![]() |
WiBreathe: Estimating Respiration Rate Using Wireless Signals in Natural Settings in the Home Ruth Ravichandran, Elliot Saba, , Mayank Goel, Sidhant Gupta, Shwetak Patel IEEE PerCom 2015 | Acceptance Rate: 15% (29/196) |
PDF
|
Best Paper Runner-up
|
||
[C.7] |
![]() |
SideSwipe: Detecting In-air Gestures Around Mobile Devices Using Actual GSM Signal Chen Zhao, , Md Tanvir Islam Aumi, Shwetak Patel, Matthew S. Reynolds ACM UIST 2014 | Acceptance Rate: 22% (74/333) |
PDF • Demo | News press: MIT Technology Review (09/26/2013) • King 5 News (9/24/2013) • GeekWire (9/19/2014) | ||
[C.6] |
![]() |
AirLink: Sharing Files Between Multiple Devices Using In-Air Gestures , Daniel Ashbrook, Mayank Goel, Sung-Hyuck Lee, Shwetak N. Patel ACM UbiComp 2014 | Acceptance Rate: 21% (94/454) |
PDF
•
Demo
|
||
[C.5] |
![]() |
uTrack: 3D Input Using Two Magnetic Sensors , Kent Lyons, Sean White, Shwetak N. Patel ACM UIST 2013 | Acceptance Rate: 20% (62/317) |
PDF
•
Demo
|
||
[C.4] |
![]() |
uTouch: Sensing Touch Gestures on Unmodified LCDs , Gabe Cohn, Sidhant Gupta, Shwetak N. Patel ACM CHI 2013 | Acceptance Rate: 20% (392/1963) |
PDF
•
Demo
|
News press:
ExtremeTech (04/25/2013)
•
MIT Technology Review (04/24/2013)
|
||
[C.3] |
![]() |
uLocate: A Ubiquitous Location Tracking System for People Aging with Disabilities , Mark Harniss, Justin Haowei Lim, Youngjun Han, Kurt L. Johnson, Shwetak N. Patel EAI BodyNets 2013 | Acceptance Rate: 35% |
PDF
•
Demo
|
||
[C.2] |
![]() |
LightWave: Using Compact Fluorescent Lights as Sensors Sidhant Gupta, , Matt S. Reynolds, Shwetak N. Patel ACM Ubicomp 2011 | Acceptance Rate: 17% (50/302) |
PDF
|
Best Paper Nominee (top 1.6%)
•
Best Poster Award
|
||
[C.1] |
![]() |
Low Power Dynamic Bus Encoding for Deep Sub-micron Design Kun-Lin Tsai, Shanq-Jang Ruan, , Feipei Lai, and Edwin Naroska IEEE Northeast Workshop on Circuits and Systems 2005 |
PDF
|
||
Thesis |
||
[TH.2] |
![]() |
Unobtrusive Sensing Techniques for Supporting Remote Monitoring in the Home , Shwetak Patel. Doctroal Thesis, University of Washington, 2016 |
PDF
|
||
[TH.1] |
![]() |
Dynamic Bus Encoding based on Realistic RLC Table , Fei-pei Lai. Master Thesis, National Taiwan University, 2002 |
PDF
|
||
Patent |
||
[PAT.16] |
![]() |
Diagnosis and monitoring of bruxism using earbud motion sensors Awarded October 6, 2022 (US20220313153A1) |
PDF
|
||
[PAT.15] |
![]() |
Disabling/Re-Enabling Head Tracking for Distracted User of Spatial Audio Application Awarded March 31, 2022 (US20220103964A1) |
PDF
|
||
[PAT.14] |
![]() |
RFID motion detection for dense RFID tag environments Awarded November 4, 2021 (US20210342560A1) |
PDF
|
||
[PAT.13] |
![]() |
Detecting positions of magnetic flux sensors having particular locations on a device relative to a magnetic field generator located at a predetermined position on the device Awarded June 8, 2021 (US11029757B1) |
PDF
|
||
[PAT.12] |
![]() |
Bend angle sensing mechanism for wearable device Awarded April 28, 2020 (US10635172B1) |
PDF
|
||
[PAT.11] |
![]() |
Behavior detection using rfid in environments with high rfid tag density Awarded March 26, 2020 (US20200097690 A1) |
PDF
|
||
[PAT.10] |
![]() |
Privacy-preserving behavior detection Awarded March 28, 2019 (US20190096209 A1) |
PDF
|
||
[PAT.9] |
![]() |
Automated delivery of temporally limited targeted offers Awarded January 03, 2019 (WO2019005136 A1) |
PDF
|
||
[PAT.8] |
![]() |
Detecting a mechanical device using a magnetometer and an accelerometer Awarded October 11, 2018 (US20180292471 A1) |
PDF
|
||
[PAT.7] |
![]() |
Detecting positions of a device based on magnetic fields generated by magnetic field generators at different positions of the device Awarded March 30, 2017 (US20170090568 A1) |
PDF
|
||
[PAT.6] |
![]() |
Detecting user-driven operating states of electronic devices from a single sensing point Awarded March 10, 2016 (WO2016037095 A1) |
PDF
|
||
[PAT.5] |
![]() |
Devices, systems, and methods for detecting gestures using multiple antennas and/or reflections of signals transmitted by the detecting device Awarded December 30, 2015 (WO2015200710 A2) |
PDF
|
||
[PAT.4] |
![]() |
Computing system with control mechanism and method of operation thereof Awarded October 29, 2015 (US20150312402 A1) |
PDF
|
||
[PAT.3] |
![]() |
Systems and methods for sensing environmental changes using EMI signal sources as sensors Awarded August 20, 2015 (US20150233998 A1) |
PDF
|
||
[PAT.2] |
![]() |
Computing system with command-sense mechanism and method of operation thereof Awarded July 9, 2015 (US20150194145 A1) |
PDF
|
||
[PAT.1] |
![]() |
Method and apparatus for responding to input based upon relative finger position Awarded May 27, 2014 (US20140085177 A1) |
PDF
|