Alireza Ganjdanesh

7 papers · 2022–2026 · 4 venues · across top CS/AI venues

Authors are matched by name, so researchers who share a name ("Yang Liu", "Wei Wang") appear as a single profile and their paper counts, venues and achievements are combined. How identity is handled.

Achievements

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🌍 Conference Polyglot · Bronze 🌉 Interdisciplinary Bridge · Bronze 🗺️ Taxonomy Completionist (15) 🔥 Unstoppable · Bronze

Venues

AAAI (2) CVPR (2) ECCV (2) ICLR (1)

Top co-authors

Heng Huang (6) Shangqian Gao (5) Yan Kang (2) Yuchen Liu (1) Hirad Alipanah (1) Ohi Dibua (1) Hongwu Peng (1) Mamshad Nayeem Rizve (1) Reza Shirkavand (1) Connelly Barnes (1)

Research topics

Deep Learning (5) Machine Learning (4) Computer Vision (3) Application Areas (3) Generation (3) Models (3) Optimization & Theory · Deep Learning (3) Learning Types (2) Artificial Intelligence (1) Reinforcement Learning (1) Core AI (1) Methods (1) Optimization & Theory · Machine Learning (1)

Keywords

model pruning (2) convolutional neural network (2) efficient computing (2) model compression (2) policy learning (1) neural architecture search (1) image translation (1) text-to-image generation (1) image-to-image translation (1) kernel density estimation (1) diffusion model (1) variational autoencoder (1) generative adversarial network (1) token pruning (1) parameter efficiency (1) structural pruning (1) video diffusion (1) diffusion transformer (1) reinforcement learning agent (1) joint training (1)

Papers

Content-Aware Dynamic Patchification for Efficient Video Diffusion CVPR 2026 Not All Prompts Are Made Equal: Prompt-based Pruning of Text-to-Image Diffusion Models ICLR 2025 Compressing Image-to-Image Translation GANs Using Local Density Structures on Their Learned Manifold AAAI 2024 Jointly Training and Pruning CNNs via Learnable Agent Guidance and Alignment CVPR 2024 Mixture of Efficient Diffusion Experts Through Automatic Interval and Sub-Network Selection ECCV 2024 EffConv: Efficient Learning of Kernel Sizes for Convolution Layers of CNNs AAAI 2023 Interpretations Steered Network Pruning via Amortized Inferred Saliency Maps ECCV 2022