From 2012.igem.org
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| - | <ul>
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| - | <li>The basic life cycle of our biological agent is based on an input/output process through the use of interfaces.
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| - | <li>The input used is a voice signal (question), which will be collected by our voice recognizer
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| - | <li>The voice recognizer identifies the question and, through the program in charge of establishing the communication, its corresponding identifier is written in the
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| - | assigned port of the arduino.
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| - | <li>The (sw=software?) of the arduino reads the written identifier and, according to it, the corresponding port is selected, indicating the flourimeter which wavelength has
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| - | to be emitted on the culture. There are four possible questions (q), and each of them is associated to a different wavelength.
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| - | <li>The fluorimeter emits light (Bioinput), exciting the compound through optic filters.
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| - | <li>Due to the excitation produced, the compound emits fluorescence (BioOutput), which is measured by the fluorimeter with a sensor.
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| - | <li>This fluorescence corresponds to one of the four possible answers (r: response)
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| - | <li>The program of the arduino identifies the answer and writes its identifier in the corresponding port.
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| - | <li>The communication program reads the identifier of the answer from the port.
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| - | <li>Julius emits the answer via a voice signal. (Output)
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| - | </ul>
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| | </div> | | </div> |
Revision as of 15:45, 30 August 2012
Talking Interfaces
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