Android & Medical system February 15th, Diego Buffa, System Engineer

Transcription

1 Android & Medical system February 15th, 2012 Diego Buffa, System Engineer

2 Agenda Android in Medical too? Context Standards Use Cases It works! 2

3 Android devices are entering a complex environment 3

4 Previously... Medical applications used Bluetooth Serial Port Profile (SPP) and proprietary implementations and data format Result = Poor interoperability 4

5 Standards compliance is key Standard /Organization Domain Actors Example Interface Example Standard IEEE / Continia Personal Telehealth PAN, AHD (Application Host Device), xhr PAN BT, USB, IEEE PHD, HL7 CDA/CCD IHE-Integrating the Healthcare Enterprise MUST have regulated device Device Observation Reporter (DOR) and the Data Observation Customer (DOC). PCD-01 Profile DEC Device Enterprise Communications, Alarm Comm. Mng. IEEE 10101/10201, (Point-of-care medical device communication) HL7 2.6 ASTM-ICE. Derived interoperability toward safety Integrated Clinical Environme nt (ICE) Medical Device, Network Controller, Network Supervisor ICE Equipment Interface, ICE Manager ASTM F2671- mapping to IEEE PHD The Health Information Technology Standards Panel (HITSP). Compulsory on any players who are contributing to an EMR in the U.S. Identified for MU as having device interoperability Any player in the U.S. EMR specifically remote monitoring IS device intermediary (DI), remote monitoring management system (RMS), health information exchange (HIE) SDE (System Data Exchange) IEEE Data Requests (DR) xx Wind River. All Rights Reserved.

6 Connectivity Wind River provides a solution Accelerator for Android which enables the following interoperability protocols Bluetooth Health Device Profile (HDP) IEEE Health Informatics Protocol Continua-compliant device interoperability These enhanced interoperability enable devices running Wind River Solution Accelerators for Android (Medical) to be ready to work with almost 20 different Continuacompliant sensors in use today 6

7 Today... Health Device Profile (HDP) that includes the MCAP (Multi-Channel Adaptation Protocol) and makes use of the Device ID Profile (DI). Medical Application IEEE Stack 7 Device Id (DI) Profile SDP Bluetooth profile designed to provide device specific information through use of the Service Discovery Protocol (SDP). Health Device Profile (HDP) Multi-Channel Adaptation Layer (MCAP) Logical Link and Adaptation Layer (L2CAP) Used by HDP. It facilitates the creation of a Communications Link (MCL) for exchanging generic commands, and the creation of one or more Data Links (MDL) to transfer actual Medical Device data. Host Control Interface (HCI) Bluetooth Transport Interface Generic Access Profile (GAP) The core Bluetooth profile designed to facilitate transmission and reception of Medical Device data. The APIs of this layer interact with the lower level MCAP layer, while performing SDP behaviour to connect to remote HDP devices.

8 Health Device Profile Provides control channel connection/disconnection, data link creation (reliable or streaming), data link deletion, data link abort, data link reconnection, data transmission (over one or more data links) clock synchronization 8

9 IEEE Personal Health Data (PHD) Standards HDP does not define the data format or content The Bluetooth SIG mandates the usage of IEEE Personal Health Device Communication Application Profile as the only allowed protocol for data exchange between HDP devices and the IEEE xx Device Specification 9

10 HDP + PHD Specifies two roles: Sink (receiver of the medical data) and Source (transmitter of the medical data) Application Data from a Source is transmitted over a reliable data channel or streaming data channel to a Sink Application (Source) Device Data Specializations IEEE Data Exchange Protocol (Agent) HDP Application (Sink) Device Data Specializations IEEE Data Exchange Protocol (Manager) HDP MCAP SDP SDP MCAP L2CAP L2CAP Source side Sink side 10

11 New use cases for tablet based form factors Display Options Touch Screen Multi Screen Stationary, Wall Mount Portable, Mobile, Cradle, Etc Interfaces Options LAN Wireless/PAN NFC Barcode RFID Etc Medical Device Connectivity Options Thermometer Oximeter Etc Wind River. All Rights Reserved.

12 Why Android in Medical Devices Commoditize the Supply Chain Lower cost (HW, SW) Faster TTM Greater Innovation App developer ecosystem Opportunity to gradually phase-in additional technology Standards-driven End-user UX recognition and acceptance Wind River. All Rights Reserved.

13 Medical Use-Cases Scenario #1 A patient who was sent home from the hospital and the doctor wants to monitor certain measurements remotely. The patient does the measurement and then sends them to the doctor via SMS/text messaging or . Scenario #2 Traveling nurse who visits several patients, does measurements for each one, and then at some point (end of the day), uploads all the data to a central system. Scenario #3 A patient does a measurement and want more data on that measurement such as data on high blood pressure or ways to lower weight. 13

14 Proposed Solution 14