This invention describes a system that uses electrodes placed on a patient's skin to deliver electrical therapy. It works by first sending a small electrical pulse to the tissue, measuring how the tissue responds, and then applying a therapeutic stimulation pulse, continuously adjusting to ensure a consistent power output. The system is also configured to store data about the patient's usage and can update a user interface on a computing device.
Why it matters: Since 2019, the capabilities of embedded systems for real-time closed-loop control have advanced, making the constant power output more precise and efficient. Furthermore, modern data analytics and machine learning can now derive more actionable insights from the stored patient usage data.
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