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BACKGROUND
Rapid and precise manipulation of droplets in microfluidic devices is in greater demand than ever. Droplet fusion and separation based on dielectrophoresis (DEP) in particular, commonly employed in a variety of biomedical operations, are studied extensively. Here, a full‐scale computational study is performed to understand the mechanism for the fusion of relatively small microdroplets...
This paper proposes a new approach to achieve on-line identification of the q-axis inductance and the resistance of the interior permanent magnet synchronous motor (IPMSM) on the basis of the relationship between the mismatch of Lq and the d-axis feedback current. The value of the d-axis feedback current depends on the mismatch of Lq, and the consecutive samplings of the d-axis feedback current make...
This paper describes a novel parameter identification technique of an interior permanent magnet (IPM) motor. The controller of the IPM motor requires its parameters in the decoupled current control loops. Off-line parameter tuning is indispensable to achieve initial setup and starting up of the motor control. The proposed technique can tune the every motor parameter by changing the current controller...
In order to speed up the process of developing embedded software while reducing its cost, a novel configurable simulation system based on MDA (Model Driven Architecture) is proposed in this paper. A configurable software approach is introduced into the simulation system resulting in an easy configuration of the system functions. The proposed simulation system can customize the simulation environment...
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