High-dimensional Analysis of Synthetic Data Selection
We analyzed augmenting data from a generative model from the perspective of random matrix theory.
I study how to make generative models more steerable, reliable, and scalable.
I am a final-year undergraduate student in Computer Engineering at Sharif University of Technology.
My work focuses on deep generative models from a statistical perspective, with particular interest in sampling methods, synthetic data selection, and the theory of flow models.
We analyzed augmenting data from a generative model from the perspective of random matrix theory.
We proposed a new way to look at the spatial relationship alignment in T2I models and how to use it to improve the adherence of generated images to textual descriptions.
We proposed an online algorithm for finding the optimal mixture of generative models.
We investigated the performance of diffusion models in text-to-image generation tasks. We found that diffusion models outperform autoregressive models in terms of compositional generation.
Jun. 2025 to Oct. 2025
Scaling search in auto-regressive image generative models.
Advisor: Prof. Amir Zamir (VILAB)
Feb. 2025 to Jun. 2025
Theoretical foundations of generative data augmentation.
Advisor: Prof. Marco Mondelli and Prof. Francesco Locatello
Jul. 2024 to Oct. 2024
Optimizing mixture of generative models using mixture-UCB algorithms.
Advisor: Prof. Farzan Farnia
Dec. 2023 to Jul. 2024
(Not contract-based) Compositional generation and spatial accuracy in text-to-image models.
Advisor: Prof. Mahdieh Soleymani and Prof. Mohammad Hossein Rohban
Jul. 2023 to Oct. 2023
Improving rationales behind CLIP.
Advisor: Prof. Wolfgang Nejdl
October 2023
Used both classical computer vision techniques and deep learning models to automate the process of analyzing tennis matches.
I like reading, lately mostly Kafka, playing tennis when tennis elbow allows it, and hiking.