Difference between revisions of "Team:BostonU HW/Attributions"

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          <h4> Liquid Flow Relations are specifications of inputs and outputs. It was created by R. Sanka. </h4>
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          <h4> UCFs are files that define what each operation in the liquid flow relation means. For instance, what does '+' mean in a microfluidic context? It was created by R. Sanka. </h4>
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          <h4> MINT is a microfluidic netlist language, which creates abstraction from the specification to the design. It was created by R. Sanka. </h4>
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          <h4> Liquid Flow Relations are specifications of inputs and outputs. It was created by R. Sanka. </h4>
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          <h4> UCFs are files that define what each operation in the liquid flow relation means. For instance, what does '+' mean in a microfluidic context? It was created by R. Sanka. </h4>
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          <h4> MINT is a microfluidic netlist language, which creates abstraction from the specification to the design. It was created by R. Sanka. </h4>
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          <h4> Liquid Flow Relations are specifications of inputs and outputs. It was created by R. Sanka. </h4>
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          <h4> UCFs are files that define what each operation in the liquid flow relation means. For instance, what does '+' mean in a microfluidic context? It was created by R. Sanka. </h4>
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          <h4> MINT is a microfluidic netlist language, which creates abstraction from the specification to the design. It was created by R. Sanka. </h4>
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          <h4> Liquid Flow Relations are specifications of inputs and outputs. It was created by R. Sanka. </h4>
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          <h4> UCFs are files that define what each operation in the liquid flow relation means. For instance, what does '+' mean in a microfluidic context? It was created by R. Sanka. </h4>
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          <h4> MINT is a microfluidic netlist language, which creates abstraction from the specification to the design. It was created by R. Sanka. </h4>
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          <h4> MINT is a microfluidic netlist language, which creates abstraction from the specification to the design. It was created by R. Sanka. </h4>
 +
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          <h4> MINT is a microfluidic netlist language, which creates abstraction from the specification to the design. It was created by R. Sanka. </h4>
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Revision as of 21:46, 30 June 2016

Attributions



Our Advisor

Douglas Densmore: dougd@bu.edu



Our Mentors



Ryan Silva

Electircal Engineering

rjsilva@bu.edu


Radhakrishna Sanka

Electrical and Computer Engineering

sanka@bu.edu


Joshua Lippai

Electrical and Computer Engineering

jlippai@bu.edu




Ali Lashkaripour

Biomedical Engineering

lashkari@bu.edu


Luis Ortiz

Molecular Biology, Cell Biology & Biochemistry (MCBB)

lortiz15@bu.edu


Marilene Pavan

Molecular and Synthetic Biologyy

mapavan@bu.edu




Divya Israni

Biomedical Engineering with B.S. Bioengineering

disrani@bu.edu



Our Workflow

Please click on individual components to see details and attributions.




Thank you to our sponsors for their support





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