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Digital microfluidics is viewed as one of the most promising technologies for biomedical experiments. Digital microfluidic biochips are often used today for applications such as point-of-care health assessment, drug discovery, and air-quality monitoring. Therefore, such devices must be adequately tested after manufacturing to guarantee the correctness of the biomedical experiments. Previous test methods...
As in the case of VLSI circuits, digital microfluidic biochips must be adequately tested after manufacturing to guarantee the correctness of the biomedical experiments. In this work, we propose an efficient test method for digital microfluidic biochips. In contrast to related prior work, the proposed test method is not only able to cover all chip defects but also applicable to arbitrary chip layouts...
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