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projects

Filtering as Weak Unlearning for Black-Box Generative models

Generative Models output unwanted and even harmful images. To tackle this problem recent line of works explores how to unlearn so that it stops generate these output. On the other hand when these models are used as Block-Box(i.e. the models architechture, parameters and underlying dataset are unknown) in several other downstream task. In this situation unlearning the model becomes harder and only blocking gives pratical way to tackle the problem of stop showing undesired outputs. In this work we devise a way to block the generative models outputs in latent space.

Unlearning GANs via Few-Shot domain adaptation

Due to data bias and undesired data present in the dataset, generative models output unintended output which are harmful. To tackle this problem, we unlearn the generative models with the help of the user feedback. In our work using the feedback from the user we try to adapt our GAN so that it only produces the unintened images(negetive images). From there we try to purturb out initial model in such a way that it remain far from adapted model in parameter space.

publications

talks

teaching

Real Analysis

Graduate Course, ISI & IISc, 2022

Lecture notes consists of materials from my coursework both at ISI and IISc.

Measure Theory

Graduate Course, IISc, 2023

Lecture notes consists of materials from my coursework at IISc.

Multivariable Calculus

Graduate Course, ISI & IISc, 2023

Lecture notes consists of materials from my coursework both at ISI and IISc.

Teaching Assistant for Graduate Courses

Graduate Course, IISc, 2024

  • Pattern Recognition and Neural Network(E2-233): This is an introductory course for machine learning and deep learning. The course contents can be found here.
  • Advanced Deep Representation Learning(E2-333): This course is an advance course in representation learning. This course broadly covers recent research works in generative modeling, continual learning and meta learning. The course contents can be found here.