A curated list of deep learning image classification papers and their code implementations since 2014.
Awesome Image Classification is a curated GitHub repository that aggregates seminal academic papers and their associated code implementations for deep learning-based image classification models. It provides a historical timeline of architectures from 2014 onward, serving as a centralized educational and research resource to help developers and researchers understand the evolution of the field and quickly access implementations.
Computer vision researchers, machine learning engineers, students, and developers who need a structured overview of image classification literature and want to find or compare implementations of specific models like ResNet, EfficientNet, or Vision Transformers.
It saves significant time in literature review and code searching by providing a single, well-organized source for both papers and code. Unlike generic paper lists, it focuses specifically on image classification, includes performance benchmarks, and offers practical learning pathways for beginners.
A curated list of deep learning image classification papers and codes
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The repository chronologically tracks influential papers from 2014 to 2022, providing a clear evolution from VGG to Vision Transformers, as evidenced by the detailed table and paper sections.
Each entry includes PDF links to papers and multiple code implementations in frameworks like PyTorch, TensorFlow, and Keras, saving significant search time for researchers and practitioners.
It features a comparative table of top-1 and top-5 accuracy on ImageNet, allowing quick model assessment, though the README cautions about evaluation method discrepancies.
The author offers personal advice to start with VGG, then GoogleNet and ResNet, providing a guided entry point for newcomers to computer vision.
Many code links point to unofficial repositories with varying maintenance levels, potentially leading to bugs or deviations from original papers, as noted in the accuracy disclaimer.
The timeline appears to slow after 2022, missing newer advancements, and there's no stated update policy, reducing relevance for cutting-edge research.
While it lists papers and code, it doesn't include tutorials, training scripts, or deployment examples, making it less useful for hands-on development without additional resources.