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Dr. Gerard Lacey

Associate Professor (Computer Science)


Dr. Lacey has an international research track record using sensors and machine learning to embed intelligence into everyday devices thereby creating new types of human-machine interaction. He has 87 publications including journals, conferences, patents, book chapters, and co-edited books. The majority of this research has been in the healthcare domain with technical contributions in Image Processing, Robotics and Human-Computer Interaction. Dr Lacey has won awards for innovation from Enterprise Ireland (2010) and Trinity College (2011) for various commercial ventures. In 2000 Dr. Lacey founded the TCD spin-off Haptica Ltd, which developed Augmented Reality surgical training products to hospitals and universities around the world. In 2010 he cofounded SureWash which sells hand hygiene training and assessment systems for hospitals and food service. His main research area is sensor driven human-machine interaction. The best know output of this research has been a novel robotic walking frame for the elderly. This research won several best paper awards and was featured on Tomorrows World 1999 and was the subject of a New Scientist article 1999. His main research topics are Computer Vision, Augmented Reality, Robotics and Decision Making in Uncertainty. In his academic carrier he has managed international EU research Projects (3), Enterprise Ireland Projects (2). In 1998-2000 he was leader of the Computer Vision and Robotics Research Group which comprised Post Docs (3), PhD Students (5), MSc Students (7) and visiting professors. His has been a reviewer for Enterprise Ireland 1999-2002, on the scientific review panel for SIRS, IROS, IMVIP, EAAI, RESNA, and reviewed papers for IEEE Neural Systems and Rehabilitation Engineering, Robotics and Autonomous Systems, and the International Journal of Robotics Research. He has been a visiting researcher at the Massachusetts Institute of Technology (MIT) Field and Space Robotics Lab (1999) and the University of Edinburgh, Dept of AI (1995).
  Augmented Reality   Computer Vision and Image Processing   Computer vision and robotics   Decision Making in Uncertainty   Human computer interactions   Imaging and Computer Vision   Multimedia   Robotics   Virtual Reality
 PAM-AID

Details Date
Editorial Boards: Managing Interactions in Smart Environments(MANSE'99), Springer. 1999
Rozenn Dahyot, Gerard Lacey, Kenneth Dawson-Howe, François Pitié, David Moloney (Editors), IRISH MACHINE VISION & IMAGE PROCESSING Conference proceedings 2015, Irish Pattern Recognition & Classification Society (ISBN 978-0-9934207-0-2), 2015, 1 - 139pp, Notes: [http://hdl.handle.net/2262/74714], Book, PUBLISHED  TARA - Full Text  Handle  Other
Stewardson AJ, Iten A, Camus V, Gayet-Ageron A, Caulfield D, Lacey G, Pittet D, Efficacy of a new educational tool to improve Handrubbing technique amongst healthcare workers: a controlled, before-after study., PloS one, 9, (9), 2014, pe105866 , Journal Article, PUBLISHED  TARA - Full Text  DOI
Mirko Arnold, Stefan Ameling, Anarta Ghosh, and Gerard Lacey, Quality Improvement of Endoscopy Videos, 8th IASTED International Conference on Biomedical Engineering, Innsbruck, Austria, February 2011, 2011, Conference Paper, PUBLISHED  DOI
Stefan Ameling, Johnson Li, Jiang Zhou, Anarta Ghosh, Gerard Lacey, Eilish Creamer, Hilary Humphreys, A Vision-Based System for Hand Washing Quality Asessment with Real-Time Feedback, he Eighth IASTED International Conference on Biomedical Engineering, Innsbruck, Austria, February 12-18, 2011, Conference Paper, PUBLISHED  DOI
A. Ghosh, G. Lacey, C. Gush, S. Barnes, The impact of real-time computerized video analysis and feedback on hand hygiene practice and technique on a surgical ward, International Conference on Prevention and Infection Control, Geneva, 29 June- 2 July 2011, 2011, Conference Paper, PUBLISHED  DOI
S. Ameling, G. Ó Fearghaíl, S. Álvarez, G. Lacey, DESIGN OF AUTOMATED TRAINING AND MONITORING SYSTEM FOR ALCOHOL-BASED HAND RUB SURGICAL HAND PREPARATION, International Conference on Prevention and Infection Control, Geneva, 29 June- 2 July 2011, 2011, Poster, PUBLISHED
Li J, Kavanagh P, Lacey G, Creamer E, Dolan A, Sherlock O, Deirdre Fitzgerald-Hughes, Shore A, Sullivan D, Kinnevey P. Rossney AS, Cunney R, Coleman D, Humphreys H, An evaluation on the use of a video system to improve the quality of hand hygiene practice , 5th Decennial International Conference on Healthcare Acquired Infections, Atlanta, March 2010, 2010, Meeting Abstract, PUBLISHED
Stefan Ameling, Stephan Wirth, Dietrich Paulus, Gerard Lacey, Fernando Vilarino, Texture-based Polyp Detection in Colonoscopy , BILDVERARBEITUNG FÜR DIE MEDIZIN 2009, Heidelberg, 22. - 25. March 2009, 2009, pp1 - 2, Conference Paper, PUBLISHED  DOI
Fernando Vilarino and Gerard Lacey, QUALITY ASSESSMENT IN COLONOSCOPY New challenges through computer vision-based systems , 3rd International Conference on Biomedical Electronics and Devices, Porto, Portugal, January 2009, 2009, pp1 - 2, Conference Paper, PUBLISHED  DOI
Fernando Vilariño, Stephan Ameling, Gerard Lacey, Anarta Ghosh, Stephen Patchett, Hugh Mulcahy, Eye tracking search patterns in expert and trainee colonoscopists: A novel method of assessing endoscopic competency?, Digestive Disease Week (DDW) 2009, Chicago, USA, May 30 - June 4, 2009, pp1 - 2, Conference Paper, PUBLISHED  DOI
  

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Sergio Álvarez, David F. Llorca, Gerard Lacey, Stefan Ameling, Spatial Hand Segmentation Using Skin Colour and Background Subtraction, Dublin , Trinity College Dublin's Computer Science Technical Report, November, 2010, (TCD-CS-2010-35), Report, PUBLISHED
Gerard Lacey, Derek Young, Derek Cassidy, Fiona Slevin and Donncha Ryan, Augmeted reality interface for laparoscopic skills training, Gaming and Simulation based Learning applications for Medicine, Long Beach, USA, January, 2005, Conference Paper, PUBLISHED
Paddy Nixon, Gerard Lacey and Simon Dobson, Smart Environments: challanges for the computing community, Managing Interactions in Smart Enviroments, Dublin Ireland, 2000, edited by Paddy Nixon, Gerard Lacey and Simon Dobson , Springer Verlag, 2000, pp1 - 4, Conference Paper, PUBLISHED
Shane MacNamara and Gerard Lacey, development of a mobile robot walking aid for the frail visually impaired, BioEngineering in Ireland 5, Blessington, Ireland, January, Royal Academy of Medicine in Ireland, 1999, Conference Paper, PUBLISHED

  

Award Date
National Rehabilitation Board Scholarship 1995
Rehab Engineering Soc. Of North America Design Prize 1999
Campus Company Development Award 2001
EU Information Society Technology (IST) prize winner 2004
Soc. Laparoscopic Surgeons (SLS) Innovation of the Year 2004
Irish Software Association, Technical Innovation Award 2004
Enterprise Ireland Commercialisation Award 2010
Trinity College Innovation Award 2011
My key research areas are Augmented Reality(AR) for healthcare applications, mobile service robots, gesture recognition and serious games. Augmented Reality for healthcare applications: This research is focused on analysis the images from endoscopes (Endoview) and augmenting these images with additional information to assist in clinical decision making or skills assessment. The main themes of the research are object recognition and tracking and accurate rendering of graphical overlays. This work also covers studying the human factors issues involved. Mobile Service Robotics: this work focuses on augmenting existing devices with advanced robotics technology to make these devices smarter. These devices typically have shared control with humans operators and therefore the relationship to the human is a critical element of the control interface. Examples include Robot Mobility Aids for the frail blind (PAM-AID), Aircraft ground collision avoidance (WingWatch). Gesture Recognition: The recognition of fast bimanual hand gestures, using 2D and 3D cameras, is an important interface mechanism for hands-busy, eyes-busy tasks. It is also important for developing tools for objective training and assessment of the many basic clinical skills in healthcare such as hand hygiene (SureWash), surgical skills (ProMIS) and other skills that are assessed via Objective Structured Clinical Exams (OSCEs). Serious games: Games techniques and structures are often useful when developing training and assessment tools for healthcare skills. These have been applied in Infection Control (Handy MD) and hand hygiene (surewash).