Limb amputation can cause severe functional disability for the performance of activities of
daily living. Previous studies have found differences in cognitive demands imposed by …

As wearable assistive devices, such as prostheses and exoskeletons, become increasingly
sophisticated and effective, the mental workload associated with their use remains high and …

While several studies have examined attentional reserve (via event-related potentials) and
mental effort (via EEG spectral content) from various cortical regions during dual-task …

Previous studies showed that natural walking reduces the susceptibility to VR sickness.
However, many users still experience VR sickness when wearing VR headsets that allow …

When using a upper-limb prosthesis, mental, emotional, and physical effort is often
experienced. These have been linked to high rates of device dissatisfaction and rejection …

The past decade has witnessed tremendous growth in analyzing the cortical representation
of human locomotion and balance using Electroencephalography (EEG). With the advanced …

Objective To systematically review the literature on the effect of dual‐task testing on the
balance and gait of people with lower limb amputations (PLLA). Literature Survey …

Adaptive human performance relies on the central nervous system to regulate the
engagement of cognitive–motor resources as task demands vary. Despite numerous studies …

Background: Lower limb amputation (LLA) alters the sensorimotor control systems. Despite
the self-reports of increased attention during mobility, the interaction between mobility and …

Objectives: This study aimed to evaluate the influence of lower limb loss (LL) on mental
workload by assessing neurocognitive measures in individuals with unilateral transtibial (TT) …