13 September 2023

Adaptive Control of Hannes Prosthetic Device

Keywords: Artificial Intelligence (AI)

Andrea Di Giglio

Owner

CNR IIT ERICSSON

Link

Type

Digital solution and service (e.g. application/digital health portal/platform/AI based system/etc.)

Short description

Objectives
Design of advanced control capabilities for prostheses using AI on the Hannes arm.
Leveraging radio connectivity to provide sufficient computation to deploy AI on the prosthesis with high reliability and minimal latency.
Approach
From Network solution perspective, to integrate the application based on the creation (phase 1) of a results baseline (Network KPI characterization), and then update the Network solution (phase 2) to work in a similar condition of the filed trial
In the Ericsson lab, the phase 1 is focused to compare the application behavior with the result observed during 5G-TOURS project development (R1 autonomous navigation). In this phase, a deep analysis of communication protocols and settings allow to optimize application and network interworking
Phase 2 will allow to consolidate the results obtained during step 1, using an advanced Network solution (SA core) and functionalities

Evidence

Economic value to health and care systems, Economic value to patients, Contribution to citizen empowerment

Maturity

Proof of concept is available: it works in a test setting and the potential end-users are positive about the concept 

Countries

Italy

Geographical scope

European

Language(s)

English

Comment

No appplicable

Submitted in other database or repository of digital health resources that is publicly available

TRIALSNET

Additional information

Relations

to clinicians / care practitioners

Health data analytics (Artificial Intelligence/algorithm development and calibration/machine learning/risk stratification tools/etc.)
Clinical team care planning and collaboration tools (e.g. digital shared care plan)
ICT support for management of frailty and/or falls prevention