A New Fluid-Chip Co-Design for Digital Microfluidic Biochips Considering Cost Drivers and Design Convergence
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Cites background from "A New Fluid-Chip Co-Design for Digi..."
...Like traditional DMFBs, through analyzing the activation sequences, a compatibility graph (Gcom) for a group of electrodes can be acquired [9], [15], where an edge denotes the compatibility between the electrode pairs....
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...NP-hard [15], [25], [26]) is aimed to assure a higher quality solution of the fluid level, control level, and overall codesign....
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...If the associated goals for fluid- and control-level tasks are viewed in isolation, a “good” result from a phase may guide to an “unsatisfactory” outcome for the succeeding phases [15]–[17]....
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...wiring in a microfluidic platform [8], [15], [16]....
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References
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"A New Fluid-Chip Co-Design for Digi..." refers background in this paper
...able sized droplets on a chip [7], [8], [9]....
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9 citations
"A New Fluid-Chip Co-Design for Digi..." refers background in this paper
...tion of an optimal bioassay schedule length is NP-hard, implying unless P = NP, there is no algorithm solving the problem in polynomial time [28]....
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9 citations
"A New Fluid-Chip Co-Design for Digi..." refers background in this paper
...With the increase of required storages, a lesser number of mixers could be placed on the chip floor reducing chip throughput and hence delays the completion time [27]....
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8 citations
"A New Fluid-Chip Co-Design for Digi..." refers background in this paper
...After obtaining a minimized schedule, a congestion-free wire routing is to be realized maintaining the permissible total wire length [14], [15]....
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