Richard Bieck
From Bedside Beeps to Interoperable Bytes – Getting your medical devices ready to talk the IEEE 11073 language
#1about 5 minutes
The challenge of disconnected devices in operating rooms
Operating rooms are filled with complex, manually configured devices that create risks and inefficiencies for medical staff.
#2about 5 minutes
Defining the goals of medical device interoperability
Interoperability aims to provide device context and answer critical questions about usage, performance, and workflow optimization.
#3about 5 minutes
An overview of the IEEE 11073 SDC standard
The standard uses a service-oriented architecture with layers for core communication, participant models, and device specializations.
#4about 3 minutes
How devices discover and share data with SDC
Devices use a discovery service to find each other and share a Medical Device Information Base (MDIB) to exchange context.
#5about 8 minutes
A practical guide to implementing SDC for devices
Implementation involves modeling device functions as a digital tree structure with static descriptions and dynamic states.
#6about 8 minutes
Demo: Describing a device with an MDIB XML
A pulse oximeter's capabilities are defined in an XML file using a hierarchical model and standardized coded values.
#7about 9 minutes
Demo: Building an SDC device and client in Python
Python code demonstrates how to create an SDC device that broadcasts its state and a client that subscribes to updates.
#8about 10 minutes
The future potential of connected medical device ecosystems
SDC enables advanced applications like data analytics, unified visualizations, and cross-vendor device orchestration in clinical settings.
#9about 7 minutes
Q&A on SDC adoption, embedded systems, and ethics
Key questions are answered regarding SDC performance on embedded devices, promoting adoption, and managing patient data security.
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