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Digital Microfluidic Biochip (DMFB) consists of Two–Dimensional (2-D) microarrays that can perform many diagnostic tests simultaneously. DMFB's are expected to be combined with cyberphysical systems in near future. Thus faster and error-free synthesis techniques need to be implemented on such chips. Synthesis of various bio-protocols is generally performed based on various mixing modules present on...
The Hurst Exponent of the time series plays a crucial role to differentiate between a sleep apnea patient from a normal patient. They are anti-persistent in nature and the former has more self similarity compared to a normal patient. It has been established that they are AR process and non stationary and Semblance analysis also suggests strong correlation both positive and negative between them. We...
Digital microfluidic biochip's (DMFB's) have emerged as an alternative to various in-vitro diagnostic tests and are expected to be closely coupled with cyber physical systems. Efficient-error-free-routing and cross-contamination minimisation are needed during bioassay operations on DMFB. This study proposes a two phase heuristic technique for routing droplets on a two-dimensional DMFB. Initially it...
Efficient routing and cross-contamination minimization are two interrelated challenging areas in Digital Microfluidic Biochip (DMFB). This paper proposes a two phase heuristic technique for routing droplets on a two-dimensional DMFB. Initially it attempts to route maximum number of nets in a concurrent fashion depending on the evaluated value of a proposed function named Interfering Index (IInet)...
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