DESIGN AND CONTROL OF AN INDIVIDUALIZED HIP EXOSKELETON CAPABLE OF GAIT PHASE SYNCHRONIZED FLEXION AND EXTENSION TORQUE ASSISTANCE

Design and Control of an Individualized Hip Exoskeleton Capable of Gait Phase Synchronized Flexion and Extension Torque Assistance

Assistive single-joint lower-limb exoskeletons have shown potential clinical benefits in patients with gait deficiencies.Torque-controlled exoskeletons, unlike position-controlled exoskeletons, do not restrict voluntary movements, allowing for safer interaction with the user.A torque-controlled hip flexion/extension exoskeleton intended for individ

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Agrotourism Niche-Market in Ghana: A Multi-Stakeholder Approach

The study examined multi-stakeholder inputs into agrotourism development Wrapping in Ghana.Particular emphasis was placed on the potential and anticipated challenges for the emerging niche-market.The study employed a qualitative approach using a purposive sampling of 35 stakeholders selected from mainly tourism and agricultural related organisation

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Aerodynamic Performance of Quadrotor UAV with Non-Planar Rotors

The mobility of a quadrotor UAV is significantly affected by its aerodynamics, especially when the closely spaced rotors are applied in the multi-rotor system.This paper addresses the aerodynamic modeling of non-planar quadrotor UAV with various rotor spacing (1 d−2 d) and disk plane angle (0−50 deg).The inter-rotor interference and the

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