Test metric assessment of microfluidic systems through heterogeneous fault simulation

Mixed-Signals, Sensors and Systems Test Workshop（2010）

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摘要

In this paper we introduce a microfluidic system workflow, incorporating system design, simulation and test. We introduce our microfluidic fault library and novel method of fault injection, the Fault Block. We cross-validate our simulation to experimental work with reference to two test methods; impedance spectroscopy and Levich sensors. The workflow is described with reference to a “Y” channel hydrodynamic system, the results from which show greater test capability using our approach than conventional sensors.

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关键词

flow simulation,microchannel flow,levich sensors,y channel hydrodynamic system,fault block,fault injection,heterogeneous fault simulation,impedance spectroscopy,microfluidic systems,test metric assessment,component,fault analysis,fault modeling,heterogeneous system simulation,microfluidic test,modeling,system testing,databases,test methods,chirp,system design,cross validation,microfluidics,electrochemical impedance spectroscopy,lab on a chip,fault model,capacitance,hydrodynamics

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