Faculty profile
Shahram Payandeh
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Research
Latest papers
Overview Study of Partially Observable Hidden Markov Models for Ambient Movement Guidance Support.
International journal of telemedicine and applications · 2025 · first author
DATaR: Depth Augmented Target Redetection using Kernelized Correlation Filter.
Multimedia systems · 2023 · senior author
Experimental Study of a Deep-Learning RGB-D Tracker for Virtual Remote Human Model Reconstruction.
International journal of telemedicine and applications · 2021 · first author
Latest funding
- $135,000
Intelligent Model-Based Tracking of Natural Gait Motion in a Network of Depth Sensors
NSERC · 2019 · Principal investigator
- $25,000
Design and study of tele-mobile platform for an existing elderly adult interaction system
NSERC · 2015 · Principal investigator
- $65,824
A Dextrous Robotic Hand for SFU Mobile Manipulator
NSERC · 2015 · Co-investigator
8 publications.
Overview Study of Partially Observable Hidden Markov Models for Ambient Movement Guidance Support.
Payandeh S
DATaR: Depth Augmented Target Redetection using Kernelized Correlation Filter.
Yadav S, Payandeh S
Experimental Study of a Deep-Learning RGB-D Tracker for Virtual Remote Human Model Reconstruction.
Payandeh S, Wael J
Passive Observer of Activities for Aging in Place Using a Network of RGB-D Sensors.
Payandeh S, Park J
Application of Modified PageRank Algorithm for Anomaly Detection in Movements of Older Adults.
Payandeh S, Chiu E
Deep Attention Models for Human Tracking Using RGBD.
Rasoulidanesh M, Yadav S, Herath S, Vaghei Y, Payandeh S
Effects of assembling virtual fixtures on learning a navigation task.
Zheng B, Kuang A, Henigman F, Payandeh S, Lomax A, Swanström L, Mackenzie CL
Fuzzy classification: towards evaluating performance on a surgical simulator.
Huang J, Payandeh S, Doris P, Hajshirmohammadi I
Intelligent Model-Based Tracking of Natural Gait Motion in a Network of Depth Sensors
Principal investigators: Payandeh, Shahram
Keywords: Analysis of 2D Scan Planes of 3D Data; Body Extremities Detection in Depth and Visual Data; Depth Sensor Network; Intelligent Particle Filter; Kinematic Chain Estimation; Knowledge-Based Motion Estimation; Monitoring Human Motion; Natural Indoor Living Environmnt; Sensor Occlusion Handling; Signal Processing
Design and study of tele-mobile platform for an existing elderly adult interaction system
Principal investigators: Payandeh, Shahram
A Dextrous Robotic Hand for SFU Mobile Manipulator
Principal investigators: Gupta, Kamal
Study of Kinematic Tracking and Monitoring of Human Movements in a Collaborative Network of Depth Sensors
Principal investigators: Payandeh, Shahram
Educational platform for network robotic application
Principal investigators: Payandeh, Shahram
Additional modules for SFU Autonomous Mobile Manipulator
Principal investigators: Gupta, Kamal
CIHR Team in the Cause and Prevention of Falls in Residential Care
Principal investigators: Robinovitch, Stephen N
Keywords: Accelerometers; Balance; Biomedical Engineering; Environmental Hazards; Exercise Programs; Fall Prevention; Falls; Hip Fracture; Injury Biomechanics; Interventions; Mobility; Mobility Aids; Older Adults; Pharmacueticals; Video Capture; Wearable Sensors
CIHR Team in the Prevention of Fall-Related Injuries in Older Adults through Bioengineering
Principal investigators: Robinovitch, Stephen N
Keywords: Accelerometers; Balance; Biomedical Engineering; Clinical Trials; Compliant Flooring; Environmental Hazards; Exercise Programs; Fall Prevention; Falls; Gerontology; Hip Fracture; Hip Protectors; Injury Biomechanics; Interventions; Long-Term Care; Mobility; Mobility Aids; Older Adults; Video Capture; Wearable Sensors
Evaluating the cause and prevention of "real life" falls in the residential care environment.
Principal investigators: Robinovitch, Stephen N
Keywords: Accelerometers; Balance; Biomedical Engineering; Compliant Flooring; Environmental Hazards; Exercise Programs; Fall Prevention; Falls; Hip Fracture; Hip Protectors; Injury Biomechanics; Interventions; Mobility; Mobility Aids; Older Adults; Pharmacueticals; Video Capture; Wearable Sensors
Adding a degree of freedom to the SFU mobile eye-in-hand system
Principal investigators: Gupta, Kamal
From CIHR, NSERC and SSHRC funding decisions: CIHR since 2008, NSERC since 1991 and SSHRC since 1998, including their latest published competition results.
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