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EMOBIUS

CAPSIL is a collaborative platform that aims to develop sustainable solutions for independent living through research, coordination, and knowledge-sharing. It includes the development of a detailed roadmap, incorporation of diverse solutions into a knowledge base, and coordination of research agendas across continents.

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EMOBIUS

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  1. EMOBIUS Technology Platform | January 1, 2020

  2. Aging: A Global Problem

  3. Aging: A Global Problem

  4. CommonAwarenessand KnowledgePlatform for Studyingand EnablingIndependentLiving CAPSIL University College Dublin, Intel Corporation, Queen’s University Belfast, University of Genoa, Oregon Health Sciences University, Waseda University Tokyo, Imperial College London, Harvard Medical School

  5. CAPSIL 1. to develop a detailed CAPSIL Roadmap for EU research to achieve effective and sustainable solutions to independent living 2. to support aging research by proposing procedures to incorporate all of these diverse solutions into WiKi entries (CAPSIL WiKi). 3. to use the CAPSIL Roadmap and the CAPSIL Workshops to help policy makers in the US and Japan coordinate research agendas and funding efforts across the three continents.

  6. The Technology for Research in Independent Living Centre

  7. Uniqueness of TRIL Centre • Integrating 3 Clinical Teams, Ethnography, and the TTP into one team. • Targeting the “three giants” of ageing • Coordinating Academia (3 separate universities) and Intel • Science driving clinical needs driving technology research and development • Immediate testing with cohorts in the clinic and in the field • Scale: expanding the reach of TRIL Centre • Other alliances/groups in the EU • FP7 • US Partners

  8. Needed a Platform for Biomedical Signal Research (with a Focus on Aging Research) • Research in multimodal signal analysis and pattern recognition of real-time bioelectric data • Needed a toolkit for bioengineers and scientists as well as physicians, physiotherapists, and even artists. • Rapid prototyping (agile integration of research applications not development of commercial software)

  9. Example: Agile Integration Fall Detector Goal: Create a fall detector for in home applications. 1 Hr Program And Make GUI 10 Minutes to Program for Fall Algorithm SHIMMER Base with Accelerometer Board EMobius Application 1 Hr Drawn to prototype Plastics Enclosure for Wearable Commercial of the Self (COTS) Aggregator Result: Working, lab validated application using agile integration approach. $35 material cost 2.5 engineering hours. 9 Intel Confidential

  10. EMOBIUS • Requirements • Users / Architecture • Graphical User Interface Designer • Blocks (Biosignal processing) • Documentation • Hardware Interfaces • Demonstration(s)

  11. EMOBIUS – Requirements Multimodal Open-architecture Bio-sensor Interface and User-interaction System Key Considerations: • Straightforward user interfaces • Rapid Development • Biosignal Applications (Real time) • Reduce Development Replication • Encourage Collaboration • Targeting Elders

  12. EyesWeb – Graphical Development Environment

  13. EMOBIUS – Architecture • Different Requirements to EyesWeb • Several Users Needs • GUI Designer • Blocks (inc signal processing) • Documentation • Hardware platform (input from multiple sources)

  14. EMOBIUS – GUI Designer • Complex Clinical Data acquisition applications • Therapist / Clinicians Users • Home deployment

  15. EMOBIUS – GUI Designer • Standard GUI tools • Static Items (lines, ..) • Controls (sliders, combo box ..) • Outputs (graphs, image, …) • Tabs • Menus • Import Patch • Connect Controls and Outputs to pins

  16. EMOBIUS – GUI Designer • Designer -> XML • PC Runtime • Mobile Runtime • Connects to EyesWeb Kernel (Which can run as service) • Communicates Via IP • Can also record user input to Database

  17. EMOBIUS – GUI Designer

  18. EMOBIUS Blocks

  19. EMOBIUS Blocks • 32+ New Blocks. Hardware I/O, Biosignal, Math

  20. EMOBIUS / EyesWeb Documentation • 23 documents • Focused on EMOBIUS user documentation • Block Development Documentation • Some EyesWeb documentation updates

  21. SHIMMER

  22. SHIMMER Internals – PCB

  23. SHIMMER Internals – PCB

  24. Sensing • A total of 8 analog inputs: • 3 are always committed to an internal 3-axis accelerometer • 3 are for an internal connector for expansion daughter boards like: Gyro+magnetometer, ECG, GSR • 2 are always available as external inputs

  25. SHIMMER Specifics • Connects via Bluetooth Serial Port Protocol (SPP) interface • Bi-directional • Block creates a thread for serial ReadFile() and WriteFile() - Better service- Sources data to packet parser • Main block thread builds Shimmer packet • Sends received values into Patch

  26. Shimmer Demonstration

  27. EMOBIUS Availability • EyesWeb – www.eyesweb.org • EMOBIUS V1.0 www.emobius.org • GUI Designer • Blocks • Documentation

  28. EMOBIUS Demonstration • Clap-o-meter

  29. Questions? Brian.omullane@trilcentre.org

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