This work presents a soft, flexible, and low-cost capacitive pressure-sensitive insole
developed using resource-efficient single-step 3D printing method. Developed using …

BACKGROUND A number of in-shoe systems exist for monitoring contact forces and
pressures in various environments, for example clinical environments. A common method …

A coherent understanding of plantar pressures is crucial in the field of sports research and
clinical studies. Real-time and dynamic analysis of plantar pressures require sensors that …

Movement disorder in lower extremity has been a major concern for the elder worldwide.
Early diagnosis and effective therapy monitoring is an important prerequisite to treat patients …

In this work, the development of adaptive backstepping-RBF command is presented to
control an exoskeleton and to ensure a functional rehabilitation for patients with motor …

This work describes a plantar force measurement system. The MEMS pressure sensor, as
the key sensing element, is designed, fabricated and embedded into a flexible silicon oil …

With the development of new wearable technologies, the use of exoskeletons is gradually
gaining ground in the world's advanced militaries. The aim of this paper is to explore the …

Millivolt level signals generated in residual muscles can be used to control sophisticated
upper limb prosthetics. The low level voltages known as surface-electromyogram (sEMG) …

With the development of new wearable technologies, the use of exoskeletons is gradually
gaining ground in the world's advanced militaries. The aim of this paper is to explore the …

Plantar pressure distribution and acceleration measurements are important to detect walking
postures and states. This paper presents an in-shoe measurement and analysis system to …