LOVOT is a social robot developed by Groove X in Japan. In March Laboratory for Welfare Technologies was about to begin to test the LOVOT with citizens with dementia at nursing homes in Aalborg, Viborg and Skive Municipality in Denmark as the first place in the world. LOVOT was brought to the nursing homes and ready to interact with the citizens. Unfortunately, Covid-19 started spreading, causing Denmark to go into lockdown and stopped us from testing LOVOT at the nursing homes. This has brought us in quite a unique situation: LOVOT being in lockdown together with citizens with dementia at the nursing homes. We are therefore excited to see how LOVOT will interact with the citizens in a lockdown period. The nursing homes now report back that the citizens have enjoyed the LOVOT and it has created joy and a lot of smiles for the citizens with dementia. We have postponed our scientific test supported by the National Health Authorities (Sundhedsstyrelsen) in Denmark to the fall 2020.
Læs kort skriv om forskellen på de to begreber ved Birthe Dinesen, professor og leder af Laboratorie for Velfærdsteknologi – Telesundhed & Telerehabilitering, Institut for Medicin og Sundhedsteknologi, Aalborg Universitetet
I forskningsprojektet Future Patient – Telerehabilitering af patienter med atrieflimren har vi fået udviklet 3 animationer om atrieflimren, som bruges i undervisningen af patienter og pårørende på HjertePortalen.dk – se teaser herunder:
LOVOT – a new social robot from Groove X in Japan has arrived to Aalborg University.
The LOVOTs are named Anne and Lars and will be tested for the first time outside Japan in interaction with citizens with dementia this spring in collaboration with Aalborg, Viborg and Skive Municipalities.
The LOVOTs are designed to create joy, has memory (AI), remember people, recognizes own name and has unique personalities that develops over time.
The National Health Authorities in Denmark are funding the project.
The scope of the Ph.D. project covers the evaluation of the use of Low Power Wide Area Network (LPWAN) technologies for the mission-critical Internet of Things (IoT) applications (Remote healthcare, traffic safety & control, smart grid automation, etc.). Unlike in the case of massive IoT applications, Critical IoT applications have more strict requirements for network performance such as higher level of security, high resiliency, low latency, scalability, and interoperability with existing communication systems.
The goal of the project is to do a thorough investigation of all the available communication technologies from an end to end perspective. The idea here is to identify which of the technology or combination of technologies that are cable of supporting all the needs of critical IoT applications.
The project also involves investigation the current infrastructure and either suggesting changes to it or proposing a new network architecture that is cable of transferring critical data more reliably and securely through the network. This part of the project involves working closely with other universities in Denmark and Japan, and Industrial partners to implement and test some of the upcoming wireless technologies for critical IoT application.
To begin with, the project includes collaboration with the Department of Health Science and Technology at Aalborg University on Future patient project. The project will primarily focus on real-time monitoring of patient’s data using the IoT technologies.
Laboratoriet for Velfærdsteknologi – Telesundhed & Telerehabilitering på Aalborg Universitet har i samarbejde med Hjerte-Lungekirurgisk afdeling samt Kardiologisk afdeling, Aalborg Universitetshospital modtaget bevilling fra Hjerteforeningen til studiet “Future Patient – telerehabilitation af patienter efter en TAVI operation”.
Barbara Brocki, som er fysioterapeut, PhD vil lede projektet, som en del af et postdoc studie. Vi ser frem til samarbejdet.
Læs om bevillingen på fysio.dk.
At the Faculty of Medicine, Department of Health Science and Technology a position as Postdoc in test and implementation of an algoritm for heart patients in the Future Patient project is open for appointment from 1 April 2019 or soon hereafter. The positions are available for a period of 1 year.
At the Faculty of Medicine, Department of Health Science and Technology a PhD stipend is available within the general research programme “Biomedical Science and Engineering”. The stipends are open for appointment from 1 April 2019 or soon herafter.
Vi har netop fået en bevilling på 5 mio kroner til fortsættelse af Future Patient – telerehabilitering af hjertesvigtspatienter. Vi skal dels arbejde på at forberede en implementering af projektet dels tilpasse Hjerteportalen.dk til rehabilitering af atrieflimren-patienter.
Vi glæder os til de næste trin i processen, og vil gerne takke Aage og Johanne Louis Hansens Fond for støtten.
Du kan søge ph.d.- og forskerophold i 2018 og 2019 ved MIT og udvalgte forskningsmiljøer på Stanford og Berkeley. Læs også om Birthe Dinesens ophold ved CITRIS.