Konda Reddy Mopuri

I am an Assistant Professor at the Department of Artificial Intelligence, Indian Institute of Technology Hyderabad. Here, I lead the Data-Driven Intelligence & Learning Laboratory (DiL). My office (704/C) is located in the C-block.

My research interests are broadly in the fields of Artificial Intelligence, Machine learning (specifically Deep Learning), Data Science and Engineering, and Computer Vision.

Google Scholar  /  Publications

DiL Lab  /  Teaching

Email: krmopuri 'at' ai 'dot' iith 'dot' ac 'dot' in

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News
  • Jan 2026: Offering a course on Computer Vision.
  • Nov 2025: I am not planning on hosting interns (summer/winter, online/offline). I'm sorry for not responding to such email applications.
  • Nov 2025: One paper accepted in WACV-2026. Congratulations Saumyaranjan and Dr. Aravind Reddy.
  • Sep 2025: One paper is accepted in NeurIPS-2025 under the Datasets and Benchmarks track. Congratulations Shanawaj, Madhumitha, and Harsh Udai.
  • Sep 2025: One paper on "Coreset-Driven Re-labeling" is accepted in TMLR. Congratulations, Saumyranjan.
  • Jul 2025: Offering a course on Foundations of Machine Learning. (First meeting is on 28th July)
  • Apr 2025: Paper accepted in TMLR on Coresets for efficient Deep Learning. Congrats Saumya and Anudeep.
  • Apr 2025: We have one paper on "Alzheimer’s Disease Detection via Inducing Domain Priors in Vision Transformers" accepted in XAI4CV2025 workshop at CVPR 2025. Congratulations, Madhumitha, Sunayana, Shanawaz and Susmit!
  • Feb 2025: We have one paper on "Machine Unlearning in Text-to-Image Diffusion Models" accepted in CVPR 2025. Congratulations, Naveen, Karthik, and Rutheesh!
News archive can be found here.
Current Research

The following are our active research projects. Please visit our lab page to know more about our research.

  • Dataset Condensation (or, Distillation)
  • Computer Vision for Neurodegenerative Disorders
  • Unlearning in Text-to-Image Diffusion Models
  • Compositionality in Vision Representations
  • Long Video Understanding
  • Test-Time Adaptation of Vision Models
  • Robustness of Computer Vision Models
Talks/Tutorials

Source taken from here.