Wenyao Xu
Associate Professor
330 Davis Hall Buffalo, NY 14260-2500
wenyaoxu at buffalo dot edu
Openings: Our group is looking for postdoctoral researchers, Ph.D. students and undergraduate students.


Currently, Dr. Xu is an Associate Professor of Computer Science and Engineering Department in the State University of New York (SUNY) at Buffalo, where he founds and directs the ESC (Embedded Sensing and Computing) Group. He has published over 140 technical papers, co-authored 2 books and is a named inventor on several international and U.S. patents. He received the Ph.D. degree from University of California, Los Angeles (UCLA) in 2013. He got both M.S. degree in 2008 and B.S. degree in 2006 from Zhejiang University (both with honor), China.

Research Overview: Read More

Our group has focused on exploring novel Embedded Sensing and Computing technologies to build up innovative Internet-of-Things (IoT) systems for high-impact real-world applications in the fields of healthcare, security and manufacturing. Results has been published in peer-reviewed top research venues across multiple disciplines, including Computer Science conferences (e.g., ACM SenSys, MobiSys, UbiComp, MobiCom, ASPLOS, ISCA and CCS), Biomedical Engineering journals (e.g., IEEE TBME, TBioCAS, and JBHI), and Medicine journals (e.g., LANCET). Our group won six best paper awards, one best paper nomination and two international best design awards. Our inventions have been filed within U.S. and internationally as patents, and have been licensed to industrial players. Our research has been reported in various high-impact media outlets, including the Discovery Channel, Cable News Network, the Wall Street Journal, National Public Radio, Los Angeles Times, and the National Science Foundation's News.

Our group has been supported by National Science Foundation (NSF), National Institute of Health (NIH), National Institute for Occupational Safety and Health (NIOSH), SUNY RF, and University at Buffalo. Selected research projects are as below:

  • Smart Health:
    • mRehab: Scalable mHealth Technologies using 3D Printing for Stroke Rehabilitation (Project Website) - Active
    • EarlySee: Pervasive Autism Screening in Infancy and Toddlerhood (Project Website) - Active
    • Exploring IoT and AI Techniques in Sports and Sport Medicine  - New and Active
  • Cyber-Physical Security:
    • Heart Biometrics: A Non-Contact and Continuous Heart Biometric System (Project Website) - Active
    • Brain Biometrics: A Secure and Truly Cancelable Biometric System  - Active
    • Secure and Dependable 3D Printing: Investigating the Vulnerabilities of 3D Printing Systems - Active
    • Vessel Biometrics: A Secure 3D Vessel Biometric System using Photoacoustic Effects - Completed
  • IoT Design & Implementation:
    • Exploring Novel Wireless and Photoacoustic Sensing on Mobile Applications - Active
    • 3D Printing Acceleration in Mass Customization (Project Website) - Completed
    • CSArch: Novel Architectural Support for Energy-Efficient Wearable Sensing (Project Website) - Completed

Recent News: Read More

  • (2018/04) Our research product EarlySee, an app to screen Autism among infants and toddlers, was released on the World Autism Awareness Day, on April 2nd 2018. EarlySee is a high-accessible technology to estimate the risk of autism towards infants and toddlers. The product is reported by multiple national and international TV media, including Fox8, Fox6 and CNN. You visit the project website and download EarlySee from Google Play Store now. Read More
  • (2017/10) Our research work on "Heart Scan: A Novel Distance Heart-based Biometrics" (MobiCom'17) is featured in many media outlets. Here is a 1-minute video introduction [MobiCom Video]. Tech fans also create video clips (e.g., [Video1], [Video2] and [Video3]) to introduce Cardiac Scan from different angles. Read More
  • (2016/10) Our research work on "Smartphone hacks 3D Printers" (CCS'16) is reported by more than 80 public media outlets, including National Science Foundation's News, Communications of the ACM news, Science Daily, Digital Trend, Fedscoop, and 3DPrint. Interestingly,  NSF Science 360 releases a video clip about this work. Read More

    Selected Publications: Read More

  • [SenSys'18] "E-Eye: Hidden Electronics Recognition through mmWave Nonlinear Effects", ACM SenSys, Shenzhen, China, November 2018
  • [MobiCom'18] "Towards Environment Independent Device Free Activity Recognition", ACM MobiCom, New Delhi, India, October 2018
  • [CCS'18] "PrinTracker: Fingerprinting 3D Printers using Commodity Scanners", ACM CCS, Toronto, Canada, October 2018
  • [UbiComp'18] "Watching and Safeguarding Your 3D Printer: Online Process Monitoring Against Cyber-Physical Attacks", ACM UbiComp, Singapore, October 2018
  • [UbiComp'18] "My Smartphone Recognizes Genuine QR Codes! Practical Unclonable QR Code via 3D Printing", ACM UbiComp, Singapore, October 2018
  • [UbiComp'18] "PAvessel: Practical 3D Vessel Structure Sensing through Photoacoustic Effects with its Applications in Palm Biometrics", ACM UbiComp, Singapore, October 2018
  • [MobiSys'18] "Brain Password: A Secure and Truly Cancelable Brain Biometrics for Smart Headwear", ACM MobiSys, Munich, Germany, June 2018
  • [SenSys'17] "LuBan: Low-Cost and In-Situ Droplet Micro-Sensing for Inkjet 3D Printing Quality Assurance", ACM SenSys, Delft, Netherlands, Nov. 2017
  • [MobiCom'17] "Cardiac Scan: A Non-Contact and Continuous Heart-Based Authentication System", ACM MobiCom, Utah, USA, Oct. 2017
  • [ISCA'17] "XPro: A Cross-End Processing Architecture for Data Analytics in Wearables", ACM/IEEE ISCA, Toronto, Canada, Jun. 2017
  • [ASPLOS'17] "3DGates: An Instruction-level Energy Analysis and Optimization of 3D Printers", ACM ASPLOS, Xi'an, China, April 2017
  • [CCS'16] "My Smartphone Knows What You Print: Exploring Smartphone-based Side-channel Attacks Against 3D Printers", ACM CCS, Vienna, Austria, Oct. 2016