Abstract Background and Objective: With the increase in the number of stroke survivors,
there is an urgent need for designing appropriate home-based rehabilitation tools to reduce …

Recently, a home-based rehabilitation system for stroke survivors (Baptista et al. Comput.
Meth. Prog. Biomed. 176: 111–120 2019), composed of two linked applications (one for the …

In this paper, we propose a system for abnormal motion detection using 3D skeleton
information, where the abnormal motion is not known a priori. To that end, we present a …

Recently, skeleton-based approaches have achieved rapid progress on the basis of great
success in skeleton representation. Plenty of researches focus on solving specific problems …

This paper describes one solution for embedding an Artificial Intelligence (AI) framework into
the Decision Support System (DSS) used for a patient health assessment and life …

Human motion analysis using 3D skeleton representations has been a very active research
area in the computer vision community. The popularity of this high-level representation …

Humans have the capacity to understand and interpret human motion intuitively. In reality,
this results from a complex biological procedure. In order to identify actions, humans usually …

This paper gives an overview of the Decision Support System (DSS) integrated in the stroke
survivor's recovery support platform. The main goal of the platform is to improve life quality …