Topic Overview
- Development, test, and simulation of SDC devices
- Information about the Vector SDC stack
- Better software quality with PC-lint Plus and VectorCAST for static and dynamic code analysis and Squore for software monitoring and evaluation
- Board-level testing with the new Vector VIO system
- Server tools for Continuous Testing and DevOps workflows
- CANopen: remaining bus simulation
- AI/ML Evaluation for Medical Image Processing
Highlights
Networking in the Operating Room as the Basis for Intelligent Assistance
VECTOR MEDICAL ENGINEERING DAY | KEYNOTE | OCTOBER 25, 2023
Prof. Dr.-Ing. Oliver Burgert | Medical Informatics | Reutlingen University
The increasing complexity of surgical procedures has led to the need for more digitized assistance systems in order to enhance surgical capabilities and improve safety and efficiency. These advanced systems should be intelligent enough to identify the specific assistance functions required during surgery and provide them seamlessly with minimal user interaction.
This ideal operating room (OR) assistance relies on a combination of different hardware and software systems that can recognize and respond to the current situation within the OR. To fully utilize the potential of these systems, they must be able to interact and communicate with each other.
The lecture explores various levels of networking that enable this seamless integration, presents a system architecture that facilitates intelligent behavior within the OR, and offers a glimpse into the future of intelligent assistance systems.
SDC Hands-On: Simulating and Testing SDC Devices
VECTOR MEDICAL ENGINEERING DAY | WORKSHOP | OCTOBER 25, 2023
Marlene Gebhard | Vector
Delve into SDC device development and gain practical experience with SDC device simulation and testing.
Developing Safe Life Support Systems at Getinge: Improved System and Integration Testing With the Vector Test Solution
VECTOR MEDICAL ENGINEERING DAY | LECTURE | OCTOBER 25, 2023
Emanuel Baboiu | Getinge
This presentation demonstrates how a software validation engineer used CANoe, VT-System, vTESTstudio, and other components to develop an automated test system which resulted in a significant increase in testing efficiency and depth.
Efficiently Combining Software-in-the-Loop (SIL) and HIL System Testing
VECTOR MEDICAL ENGINEERING DAY | LECTURE | OCTOBER 25, 2023
Dr. Philipp Hallmen | Vector
This presentation will look at how SIL and HIL testing can be effectively combined to simplify the medical device development process.
Enhancing Software Quality in Medical Devices: Testing, Analyzing, and Monitoring Software Code from Day 1
VECTOR MEDICAL ENGINEERING DAY | LECTURE | OCTOBER 25, 2023
Dania Abdulwahab | Vector
Explore the Vector Code Testing Solution for Static and Dynamic Analysis and see how you can achieve a higher level of automation.
CANopen: From the EDS File to the Finished Simulation of the Remaining Bus in 30 Minutes
VECTOR MEDICAL ENGINEERING DAY | WORKSHOP | OCTOBER 25, 2023
Pascal Burek | Vector
See a live demonstration of how easy it is to create a remaining bus simulation for CANopen from existing EDS files.
Validation of Artificial Intelligence: Challenges and Approaches Using the Example of AI-based Pulse Measurement
VECTOR MEDICAL ENGINEERING DAY | LECTURE | OCTOBER 25, 2023
Dr. Khanlian Chung | Vector
The use of artificial intelligence in a regulated environment such as medical technology is associated with numerous challenges. AI is very different from traditional rule-based algorithms and therefore requires new methods for validating AI. One of the most important requirements for AI is explainability and transparency. Using the example of an AI-based pulse measurement, we show the difficulties of an AI validation and our solution approaches.
