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Multiple fault detection technique for digital micro-fluidic based biochip

机译:基于数字微流控生物芯片的多重故障检测技术

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Faults in biochips degrades the performance of the biochips. This paper describes a new multiple fault detection technique for digital micro fluidic based biochips. The microfluidic based biochips are most important revolutionizing laboratory procedures use at a vast scale, e.g., bio sensing, clinical diagnostics etc. Due to mixed energy domains this micro fluidic based biochip exhibits unique failure mechanism and need to be error free to ensure system dependability. In this paper a new advance technique is presented to traverse all the cells and cell boundary in much more less time compared to some previous technique to detect multiple faults.
机译:生物芯片中的故障会降低生物芯片的性能。本文介绍了一种基于数字微流体的生物芯片的新的多故障检测技术。基于微流体的生物芯片是大规模变革实验室程序的最重要变革,例如,生物传感,临床诊断等。由于混合能量域,这种基于微流体的生物芯片表现出独特的失效机理,并且需要无差错以确保系统的可靠性。与一些用于检测多个故障的现有技术相比,本文提出了一种新的先进技术,可以在更短的时间内遍历所有单元和单元边界。

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