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Analysis of Diabetic Foot Deformation and Plantar Pressure Distribution of Women at Different Walking Speeds
2023
Official guidelines state that suitable physical activity is recommended for patients with diabetes mellitus. However, since walking at a rapid pace could be associated with increased plantar pressure and potential foot pain, the footwear condition is particularly important for optimal foot protection in order to reduce the risk of tissue injury and ulceration of diabetic patients. This study aims to analyze foot deformation and plantar pressure distribution at three different walking speeds (slow, normal, and fast walking) in dynamic situations.
An exploratory study of dynamic foot shape measurements with 4D scanning system. Scientific Reports
2023
Accurate and reliable foot measurements at different stances offer comprehensive geometrical information on foot, thus enabling a more comfortable insole/footwear for practical use and daily activities.
Binary multi-view clustering with spectral embedding
2023
Techniques for large-scale multi-view clustering have attracted increasing attention in recent years. To explore complementary and consensus information across multiple views, mapping multi-view data into a hamming space for binary multi-view learning is highly effective.
The offloading effects of metatarsal pads: A comparison of metatarsal pad designs
2023
This study aims to compare the design and the offloading effect of metatarsal pads.
The effect of heel base design on plantar pressure and wear comfort of healthy females
2023
This study aims to see the relationship between heel-base design, plantar pressure, and wear comfort of healthy females. To understand what is the effect of heel base design on plantar pressure and wear comfort.
Study of cyclists’ skin deformation for compression skinsuit design 
2023
This study aimed to analyze the cyclists’ 3D skin deformation during cycling captured by a motion capture system. Eight healthy male amateur cyclists were invited to participate in this study. The trajectories of sixty-eight reflective markers on the skin were continuously captured during cycling.