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Reliable Gas Sensing with Memristive Array

机译:可靠的气体感应与忆内阵列

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摘要

Gas sensing is one of the proposed application field of memristive devices. We used a crossbar array of memristors as gas sensor using the HP labs fabricated TiO_2 based memristor model in an attempt to improve sensing accuracy. We introduced the possibility of reliable multiple gases detection using multiple rows of memristors as separate sensor in a crossbar array. Our experimental results show that an array of memristors can minimise measurement errors as well as provide a good redundancy measure during gas sensing. Measurements taken from the sensors are also not affected by alternate current paths problem often experienced in crossbar architecture.
机译:气体传感是铭文设备的建议应用领域之一。我们使用横杆阵列作为气体传感器,使用基于HP实验室制造了基于TiO_2的Memristor模型,以提高感测精度。我们在横杆阵列中使用多行存储器作为单独的传感器介绍了可靠多个气体检测的可能性。我们的实验结果表明,一系列存储器可以最小化测量误差,并在气体感测期间提供良好的冗余度量。从传感器中取出的测量也不受横杆架构中经常经历的备用电流路径问题的影响。

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