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Blood leakage or serious blood loss is a frequent life-threatening complication that occurs during dialysis treatment. When these events occur, it takes only a few minutes for blood loss in an adult patient, resulting in mortality. As an early-warning design, this study proposes integrating a flexible sensor and a virtual self-organizing DC (Direct Current) grid model for blood leakage detection. A flexible sensor is made using a screen printing technique, and a self-organizing algorithm is used to automatically construct a virtual DC grid from an existing grid to an extending grid. That is, a virtual blood leakage detector can be modeled, which is intended for detection of blood leakage or serious blood loss. The feasibility is verified, and the model is implemented in an embedded system.

The Feasibility of Integrating Flexible Sensor and Virtual Self-Organizing DC Grid Model in an Embedded System for Blood Leakage Detection during Dialysis Treatment