BIONIC – Intelligent sensor networks reduce physical stress
Many employees suffer from ailments caused by physical stress at the workplace. Typically, the sources are incorrect strain on the musculoskeletal system, monotonous movement or an ergonomically unfavorable posture. In particular employees advanced in age often suffer from musculoskeletal disorders or other limitations due to their numerous years in the work force.
The BIONIC project, which is funded by the European Union (EU), focuses on developing intelligent solutions to reduce such health issues. The work is coordinated by the "Augmented Reality" department at DFKI GmbH and done together with the work group (AG) wearHEALTH of the Technical University of Kaiserslautern and other international partners from medicine, bioengineering, electronics, information technology, and artificial intelligence. The acronym BIONIC stands for: "Personalized Body Sensor Networks with Built-In Intelligence for Real-Time Risk Assessment and Coaching of Aging workers, in all types of working and living environments."
Through a network of different body-worn sensors, a system has been developed that captures the health status of workers throughout the day. The analysis is done by an intelligent chip worn on the body; pre-processing raw data directly at the source allows for local processing of data streams in real time and gives the user full control over the information. Novel risk analysis methods enable direct feedback on stresses and misalignments. Playful applications and a training app motivate to counteract unilateral loads and provide personalized, medical support to train at home properly.
The smart workwear produced within the project, algorithms for ergonomics analysis, and the secure data platform designed in accordance with EU data protection laws, will be tested over an extensive period of time in everyday working conditions. This will take place during the current year through pilot tests in an industrial environment as well as in the construction sector.
Видео BIONIC – Intelligent sensor networks reduce physical stress канала German Research Center for Artificial Intelligence
The BIONIC project, which is funded by the European Union (EU), focuses on developing intelligent solutions to reduce such health issues. The work is coordinated by the "Augmented Reality" department at DFKI GmbH and done together with the work group (AG) wearHEALTH of the Technical University of Kaiserslautern and other international partners from medicine, bioengineering, electronics, information technology, and artificial intelligence. The acronym BIONIC stands for: "Personalized Body Sensor Networks with Built-In Intelligence for Real-Time Risk Assessment and Coaching of Aging workers, in all types of working and living environments."
Through a network of different body-worn sensors, a system has been developed that captures the health status of workers throughout the day. The analysis is done by an intelligent chip worn on the body; pre-processing raw data directly at the source allows for local processing of data streams in real time and gives the user full control over the information. Novel risk analysis methods enable direct feedback on stresses and misalignments. Playful applications and a training app motivate to counteract unilateral loads and provide personalized, medical support to train at home properly.
The smart workwear produced within the project, algorithms for ergonomics analysis, and the secure data platform designed in accordance with EU data protection laws, will be tested over an extensive period of time in everyday working conditions. This will take place during the current year through pilot tests in an industrial environment as well as in the construction sector.
Видео BIONIC – Intelligent sensor networks reduce physical stress канала German Research Center for Artificial Intelligence
Показать
Комментарии отсутствуют
Информация о видео
9 апреля 2021 г. 18:16:55
00:03:09
Другие видео канала
BaSynaos - Online-Prozessplanung für Intralogistik und Produktion im Basissystem für Industrie 4.0Kollaborierende Roboter und klassische Industrierobotik? | Dr. Tim Schwartz | DFKIWhy do we need an explainable AI?DFKI auf der HANNOVER MESSE 2023RealAIGym: Education and Research Platform for Studying Athletic IntelligenceFASTER: Explore space faster and safer (short version)CoMem – AI to assist daily work in companiesCoMem – KI zur Assistenz der täglichen Arbeit im UnternehmenTransTerrA: Coyote III crater trialsANT - navigation system enables walking systems to explore rough inclined terrain30 Jahre DFKI – Open House – Trailer KurzfassungWas ist Deep Learning?DFKI auf der CeBIT 2016ANT – Novel Navigation System for Multi-legged Robots, second phaseProject WALL-ET – Assistance in supermarkets and warehouses through social, cognitive robotsWie denkt ein Informatiker? – DFKI beim Digitaltag 20213D Dual-Reality Benutzerschnittstelle / Guided ABIntelligent space robotics: scientist Wiebke Brinkmann speaks on the EU-funded research in BremenSELFIE: Self-Verification of Electronic Systems30 Jahre DFKI – Open House – Trailer Langfassung