Exploring AI-Based Virtual Sensors for Enhanced Battery Management Systems
AI with Model-Based Design: Virtual Sensor Modeling

Image: Ieee Spectrum - Robotics
A recent webinar discusses the application of AI-based virtual sensors to estimate challenging signals like battery state of charge in Battery Management Systems. It covers integration, verification, optimization, and deployment of AI models in system design.
- 01The webinar focuses on using AI to create virtual sensors that estimate difficult-to-measure signals.
- 02Participants will learn to integrate AI models into Simulink® for comprehensive system-level simulation.
- 03Formal verification techniques will be applied to evaluate the behavior of neural networks.
- 04Optimization strategies for memory and execution speed will be discussed to enhance model efficiency.
- 05The session will cover generating library-free C code for deploying AI models on embedded processors.
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The webinar on AI-based virtual sensors highlights their potential in estimating signals that are challenging or expensive to measure, particularly the battery state of charge (SOC) in Battery Management Systems. It provides a practical example demonstrating how AI models can be seamlessly integrated into system-level design. Key aspects of the session include a workflow that enables the design, verification, compression, and deployment of these virtual sensors within a unified environment. Attendees will learn to integrate AI models into Simulink® for system-level simulation and verification, apply formal verification methods to assess neural network behavior, and optimize models for both memory footprint and execution speed. Additionally, the webinar will cover the generation of library-free C code for embedded deployment and the evaluation of design tradeoffs concerning accuracy, performance, and deployment targets. This session is sponsored by Mathworks, in collaboration with IEEE Spectrum and Wiley, and is available on demand for those interested in advancing their understanding of AI applications in engineering.
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