Medical Devices

• Design, simulate, and test algorithms for sensor data and control systems
• Develop real-time image processing algorithms for computer-aided diagnosis
• Simulate and analyze life science data
• Use computational modeling to test, validate, and verify medical devices
• Train, validate, and integrate  explainable artificial intelligence (AI) and deep learning models into the system design
• Design and simulate control systems, power systems, antennas, and arrays
• Incorporate verification and validation into the software development workflow
• Automatically generate documentation required by the IEC 62304

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• Verify and optimize the design of medical devices
• Simulate the interaction between a biological system and a medical device
• Model and Simulate electrical and magnetic stimulation of neural tissue
• Simulate hemodynamics within blood-contacting medical devices
• Develop virtual prototypes and digital twins
• Optimize the manufacturing process on a large scale

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