Technical Program

HCE-O.1: Signal and Information Processing for Healthcare Engineering I

Symposium: Symposium on Signal and Information Processing for Healthcare Engineering
Session Type: Oral
Time: Wednesday, November 15, 11:00 - 12:30
Location: Cote-st-Luc
Session Chair: Xun Chen, Hefei University of Technology
 
11:00 - 11:18
HCE-O.1.1: CONNECTIVITY-BASED PARCELLATION OF FUNCTIONAL SUB-REGIONS FROM BRAIN FMRI SIGNALS
         Nandinee Fariah Haq; The University of British Columbia
         Sun Nee Tan; The University of British Columbia
         Martin J. McKeown; The University of British Columbia
         Z. Jane Wang; The University of British Columbia
 
11:18 - 11:36
HCE-O.1.2: MULTISCALE EVOLUTION OF ATTRACTOR-SHAPE DESCRIPTORS FOR ASSESSING PARKINSON'S DISEASE SEVERITY
         Anirudh Som; Arizona State University
         Narayanan Krishnamurthi; Arizona State University
         Vinay Venkataraman; Arizona State University
         Karthikeyan Natesan Ramamurthy; IBM Thomas J. Watson Research Center
         Pavan Turaga; Arizona State University
 
11:36 - 11:54
HCE-O.1.3: MULTI-MODAL FETAL ECG EXTRACTION USING MULTI-KERNEL GAUSSIAN PROCESSES
         Bharathi Surisetti; Carleton University
         Richard M. Dansereau; Carleton University
 
11:54 - 12:12
HCE-O.1.4: MODIFIED DYNAMIC TIME WARPING (MDTW) FOR ESTIMATING TEMPORAL DIETARY PATTERNS
         Nitin Khanna; Indian Institute of Technology Gandhinagar, India
         Heather A. Eicher-Miller; Purdue University, West Lafayette
         Hemant K. Verma; Indian Institute of Technology Gandhinagar, India
         Carol J. Boushey; University of Hawaii Cancer Center
         Saul B. Gelfand; Purdue University, West Lafayette
         Edward Delp; Purdue University, West Lafayette
 
12:12 - 12:30
HCE-O.1.5: HIGH PERFORMANCE EEG FEATURE EXTRACTION FOR FAST EPILEPTIC SEIZURE DETECTION
         Ramy Hussein; University of British Columbia
         Mohamed Elgendi; University of British Columbia
         Rabab Ward; University of British Columbia
         Amr Mohamed; Qatar University