INESC TEC
INESC TEC
INESC TEC
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WalkingPAD

INESC TEC

About the Project

Patient education on a quantified supervised home-based exercise therapy to improve walking ability in patients with peripheral arterial disease and intermittent claudication

Cardiovascular disease represents a considerable economic burden to society and effective preventive measures are necessary. Behavioural interventions such as motivational interviewing increase compliance and self-efficacy. Our aim is to develop a supervised home-based exercise therapy for claudicant patients supported by ICT tools for self-monitoring as a key to changing long-term behaviour. Patients will be involved in an Individualized real-world walking environment exercise program in their residence area supported by a pervasive virtual assistant guiding them through a route designed with the help of a geographic information system integrated in a cloud based walking monitoring platform (the WalkingPAD platform).Our aim is to offer an accurate, efficient, inexpensive, and readily accessible program to promote compliance and accountability of peripheral vascular disease patients in improving walking distances and preventing catastrophic outcomes such as rest pain or amputation.
Acronym

WalkingPAD

Responsible

Hugo Paredes

Status

Concluded

Starting Date

January 11, 2019

Ending Date

January 10, 2022

Effective End Date

January 10, 2022

Global Budget

€224,551.00

Funding

€67,555.00

Website

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Datasheet

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Associated Centres

Biomedical Engineering Research

The impact that science and innovation can have on the prevention, early detection, and support for the diagnosis of various types of diseases is fully explored at our Centre for Biomedical Engineering Research (C-BER). Guided by an interdisciplinary approach that prioritises technology transfer with economic impact—through the creation of new systems, tools, and methods related to disease diagnosis and monitoring, ageing, human rehabilitation, physiotherapy, and functional assessment—our researchers are dedicated to developing advanced technologies positioned at the intersection of engineering, medicine and health, and general well-being. Promoting strategic partnerships with clinical partners, research institutes, and encouraging international cooperation is one of the centre’s key priorities. Its research is structured across three distinct areas: Biomedical Imaging, Bioinstrumentation, and Neuroengineering.

Biomedical Engineering Research

Human-Centered Computing and Information Science

The Centre for Human-Centered Computing and Information Science (HumanISE) brings together engineers, scientists, and designers with expertise in Human-Centred Computing (HCC), Computer Science (CS), and Information Science (IS). Interdisciplinarity, one of the Centre’s defining features, fosters the development of software systems, methods, and tools designed to empower individuals and their communities. The excellence and impact of HumanISE’s research, innovation, and consultancy activities allow addressing increasingly complex, volatile, heterogeneous, ambiguous, and uncertain challenges, while ensuring compliance with legal, ethical, and organisational standards and frameworks. Value transfer is achieved through close collaboration with academia and industry partners. HumanISE’s core research areas include Human-Computer Interaction; Computer Graphics and Interactive Digital Media; Information Management and Information Systems; Software Engineering; and Large-Scale and Special-Purpose Computing Systems, Languages, and Tools; as well as Computing for Embedded and Cyber-Physical Systems. HumanISE also explores innovation domains like Earth, Ocean and Space Sciences; Personalised Health Research; Geospatial Information Systems Engineering; and Applied Information Systems and Computing.

Human-Centered Computing and Information Science