The quest for comfortable footwear has always been a big deal. With the rise of smart design tools and 3D printing, creating insoles has become easier and more flexible. But, there's no clear guide for picking the best materials and designs for different needs. This is where a new approach comes in. It combines computer simulations and machine learning to create customizable lattice insoles. These insoles can be tweaked by changing their structure and thickness.

The goal is to find the perfect mix of these factors to reduce pressure on the foot. Tests showed that with the right settings, these insoles can cut plantar pressure by almost half. This happens because the insoles improve the way the foot and shoe interact. The method used here makes designing insoles simpler and more efficient. It cuts down on the need for repeated tests and measurements, which is a big plus for clinical use.

However, gathering the initial data can be time-consuming. Once that's done, the trained model can be a solid reference for designing insole structures. This approach opens up new possibilities for creating comfortable and effective insoles. It's a step forward in making footwear more supportive and tailored to individual needs. The future of foot comfort looks promising with these smart insoles.

CUSHIONING INSOLE PERFORMANCE

Smart Insoles: The Future of Foot Comfort

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