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Research Project
SP 1 - Human-Robot Interaction Elements, Algorithm & Architecture
P1: Human-Robot Interaction (HRI) Autism Therapeutic Elementary Algorithm
P2: Humanoid Robot Epigenetic Autism Therapeutic Architecture
SP 2 - Wireless Intelligence Module inclusive of Security and Advanced Material
P3: Vertically Coupled Microwave Planar Cavities
P4: Nano-layer Barium Titanate Adaptive High Frequency Dielectric-Permittivity
P5: Algebraic-Structure-Based Lightweight Security Technique
SP 3 - Advanced Sensor Topology
P6: CMOS-Optical-Integrated Multiple Sensing
P7: Sensing Behavior Of Memristive Metal Oxides
SP 4 - Kinesiology Studies
P8: Neuromuscular Impairment in Function of Gait Asymmetries
P9: Proprioceptive Deficiency Detection in human locomotion
P10: Temporal-Spatial Gait Parameters Profiling
SP 5 - Brain Impairment Studies
P11: Epigenetics Humanoid Intervention Incorporating Religious Attribute for Brain Impairment
SP 6 - Social Implications of Technology
P12: Policy And Guidelines Framework On Humanoid Research Involving Autistic Children In Malaysia
P13: Social, Economic, Ethical And Spiritual Implications Of Brain Impairment Treatment Applications On Children
P14: Modeling Characteristics, Cost And Benefit Analysis Of Humanoid As Brain Impairment Treatment On Malaysian Children
Researchers
Events & Achievements
Achievements
Events
Gait Profiling
About Us
Facility
Our Project
Gait Analysis
Home
Research Project
SP 1 - Human-Robot Interaction Elements, Algorithm & Architecture
P1: Human-Robot Interaction (HRI) Autism Therapeutic Elementary Algorithm
P2: Humanoid Robot Epigenetic Autism Therapeutic Architecture
SP 2 - Wireless Intelligence Module inclusive of Security and Advanced Material
P3: Vertically Coupled Microwave Planar Cavities
P4: Nano-layer Barium Titanate Adaptive High Frequency Dielectric-Permittivity
P5: Algebraic-Structure-Based Lightweight Security Technique
SP 3 - Advanced Sensor Topology
P6: CMOS-Optical-Integrated Multiple Sensing
P7: Sensing Behavior Of Memristive Metal Oxides
SP 4 - Kinesiology Studies
P8: Neuromuscular Impairment in Function of Gait Asymmetries
P9: Proprioceptive Deficiency Detection in human locomotion
P10: Temporal-Spatial Gait Parameters Profiling
SP 5 - Brain Impairment Studies
P11: Epigenetics Humanoid Intervention Incorporating Religious Attribute for Brain Impairment
SP 6 - Social Implications of Technology
P12: Policy And Guidelines Framework On Humanoid Research Involving Autistic Children In Malaysia
P13: Social, Economic, Ethical And Spiritual Implications Of Brain Impairment Treatment Applications On Children
P14: Modeling Characteristics, Cost And Benefit Analysis Of Humanoid As Brain Impairment Treatment On Malaysian Children
Researchers
Events & Achievements
Achievements
Events
Gait Profiling
About Us
Facility
Our Project
Gait Analysis
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Humanoid for Brain Impairment
