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ADVERSARIAL MACHINE LEARNING AGAINST VOICE ASSISTANT SYSTEMS

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OBJECTIVE

June 1st, 2020 - July 30th, 2020

This project aims to study the security of voice assistance systems under adversarial machine learning. The audio adversarial samples generated by adversarial learning algorithms can be played via a loudspeaker and recorded with the microphone of voice assistance systems so as to fool the machine learning models in the system. To make the adversarial samples robust under audio propagation, the room impulse response needs to be estimated and used in the adversarial sample generation process. Specifically, the room impulse response and adversarial attack scenarios can be conducted in digital domain or simulated for the over-the-air scenarios using Python or Matlab.

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WEEKLY PROGRESS

Click here to view our final presentation.

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ADVERSARIAL SAMPLES

Click through the music below to hear some of the adversarial samples that we generated for our untargeted and targeted attacks.

Please fill out the short survey linked below after you have listened to all the UNTARGETED samples. Thank you :)

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MEET THE TEAM

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CELINA ZHOU

DUKE UNIVERSITY

CLASS OF 2022

Major(s): Biomedical Engineering, Neuroscience

DAVID LAU

RUTGERS UNIVERSITY

CLASS OF 2022

Major(s): Electrical and Computer Engineering, Computer Science

Minor(s): Statistics, Economics

SAURABH BANSAL

RUTGERS UNIVERSITY

CLASS OF 2022

Major: Electrical and Computer Engineering

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