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      • 2D Convolutions
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      • Are less inductive biases better or worse?
      • Bit Palettization
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      • Convergence rate and Hessian spectra
      • Depthwise separable convolutions
      • Do Vision Foundation models exist?
      • Effect of weight symmetries on training dynamics
      • Equivariance Initialization
      • Grokking
      • Group Axioms
      • Group direct product
      • Hardware specific structured pruning
      • Input dependent convolutions
      • K Means based Quantization
      • KV Cache
      • Linear Quantization
      • LoRa Adapter
      • Masked Image Modelling
      • Maximal pruning and functional recovery
      • Mean Attention Distance
      • Multiple global minima
      • Neural Network Quantization
      • Non translationally equivariant convolutions
      • Positive Logic Programs
      • Priors over Neural Network weights
      • PyTorch Functionalization
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      • Representation (Group Theory)
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        • A Brief Review of Hypernetworks in Deep Learning
        • A ConvNet for the 2020s
        • A Hierarchy of Graph Neural Networks Based on Learnable Local Features
        • A Mathematical Framework for Transformer Circuits
        • A general theory of correct, incorrect, and extrinsic equivariance
        • A survey of quantization methods for efficient neural network inference
        • AWQ Activation aware Weight Quantization for LLM Compression and Acceleration
        • Adapting Vision Foundation Models for Plant Phenotyping
        • An Image is Worth More Than 16x16 Patches Exploring Transformers on Individual Pixels
        • An Investigation into Neural Net Optimization via Hessian Eigenvalue Density
        • An image is worth 16x16 words Transformers for image recognition at scale
        • Apple Intelligence Foundation Language Models
        • Approximately equivariant networks for imperfectly symmetric dynamics
        • Approximation Generalization Trade offs under (Approximate) Group Equivariance
        • Autoequivariant Network Search via Group Decomposition
        • Battle of the Backbones A Large Scale Comparison of Pretrained Models across Computer Vision Tasks
        • Block Transformer Global to Local Language Modeling for Fast Inference
        • BoxeR Box Attention for 2D and 3D Transformers
        • Building on Efficient Foundations Effectively Training LLMs with Structured Feedforward Layers
        • CKConv Continuous Kernel Convolution For Sequential Data
        • Color Equivariant Convolutional Networks
        • Color Space Transformation Network
        • ConViT Improving Vision Transformers with Soft Convolutional Inductive Biases
        • DETRs Beat YOLOs on Real time Object Detection
        • DETRs with Collaborative Hybrid Assignments Training
        • DINOv2 Learning Robust Visual Features without Supervision
        • Deep Learning Book
        • DenseNets Reloaded Paradigm Shift Beyond ResNets and ViTs
        • Discovering Symmetry Breaking in Physical Systems with Relaxed Group Convolution
        • EVA 02 A Visual Representation for Neon Genesis
        • Early Convolutions Help Transformers See Better
        • Efficient Equivariant Transfer Learning from Pretrained Models
        • Efficient Modulation for Vision Networks
        • EfficientViT SAM Accelerated Segment Anything Model Without Accuracy Loss
        • Emergent Equivariance in Deep Ensembles
        • Emerging Properties in Self Supervised Vision Transformers
        • End to End Object Detection with Transformers
        • Equi Tuning Group Equivariant Fine Tuning of Pretrained Models
        • Equivariance with Learned Canonicalization Functions
        • Equivariance aware architectural optimization of neural networks
        • Exact Conversion of In Context Learning to Model Weights in Linearized Attention Transformers
        • Exploiting Redundancy Separable Group Convolutional Networks on Lie Groups
        • Exploring Plain Vision Transformer Backbones for Object Detection
        • Fast, Expressive SE(n) Equivariant Networks through Weight Sharing in Position Orientation Space
        • FlexiViT One Model for All Patch Sizes
        • G SGD Optimizing ReLU Neural Networks in its Positively Scale Invariant Space
        • Grokked Transformers are Implicit Reasoners A Mechanistic Journey to the Edge of Generalization
        • Harmonics of Learning Universal Fourier Features Emerge in Invariant Networks
        • How do vision transformers work?
        • Hydra Bidirectional State Space Models Through Generalized Matrix Mixers
        • Hyperspherical Variational Auto Encoders
        • Improving Convergence and Generalization Using Parameter Symmetries
        • In Search of Projectively Equivariant Networks
        • Knowledge Transfer from Vision Foundation Models for Efficient Training of Small Task specific Models
        • LRP QViT Mixed Precision Vision Transformer Quantization via Layer wise Relevance Propagation
        • Learned Gridification for Efficient Point Cloud Processing
        • Learning Partial Equivariances from Data
        • Learning both Weights and Connections for Efficient Neural Networks
        • Learning with Unmasked Tokens Drives Stronger Vision Learners
        • Llama 2 Open Foundation and Fine Tuned Chat Models
        • LoRA Low Rank Adaptation of Large Language Models
        • Mamba Linear Time Sequence Modeling with Selective State Spaces
        • Memorization Through the Lens of Curvature of Loss Function Around Samples
        • Mixture of LoRa Experts
        • MobileCLIP Fast Image Text Models through Multi Modal Reinforced Training
        • MobileViT light weight, general purpose, and mobile friendly vision transformer
        • Model Compression in Practice Lessons Learned from Practitioners Creating On device Machine Learning Experiences
        • Neural Mechanics Symmetry and Broken Conservation Laws in Deep Learning Dynamics
        • On Good Practices for Task Specific Distillation of Large Pretrained Visual Models
        • On the Relationship between Self Attention and Convolutional Layers
        • On the Symmetries of Deep Learning Models and their Internal Representations
        • OpenELM An Efficient Language Model Family with Open source Training and Inference Framework
        • Optimal Brain Damage
        • Optimization Dynamics of Equivariant and Augmented Neural Networks
        • Parameter Efficient Fine tuning of Self supervised ViTs without Catastrophic Forgetting
        • Parameter Efficient Fine Tuning for Pre Trained Vision Models A Survey
        • Progress measures for grokking via mechanistic interpretability
        • Provably Strict Generalisation Benefit for Equivariant Models
        • ProxylessNAS Direct Neural Architecture Search on Target Task and Hardware
        • R MAE Regions Meet Masked Autoencoders
        • Refusal in Language Models Is Mediated by a Single Direction
        • Relaxed Octahedral Group Convolution for Learning Symmetry Breaking in 3D Physical Systems
        • Relaxing Equivariance Constraints with Non stationary Continuous Filters
        • Retrospective EIE Efficient Inference Engine onSparse and Compressed Neural Network
        • Revealing the Utilized Rank of Subspaces of Learning in Neural Networks
        • Rewrite the Stars
        • SAM CLIP Merging Vision Foundation Models towards Semantic and Spatial Understanding
        • Scaling (Down) CLIP A Comprehensive Analysis of Data, Architecture, and Training Strategies
        • Segment Anything
        • Self Supervised Detection of Perfect and Partial Input Dependent Symmetries
        • SimPLR A Simple and Plain Transformer for Scaling Efficient Object Detection and Segmentation
        • Simultaneous linear connectivity of neural networks modulo permutation
        • Stand Alone Self Attention in Vision Models
        • Surgical Fine Tuning Improves Adaptation to Distribution Shifts
        • Surgical DINO Adapter Learning of Foundation Models for Depth Estimation in Endoscopic Surgery
        • Symmetries in Overparametrized Neural Networks A Mean Field View
        • Talaria Interactively Optimizing Machine Learning Models for Efficient Inference
        • The Empirical Impact of Neural Parameter Symmetries, or Lack Thereof
        • The Lie derivative for measuring learned equivariance
        • The Unreasonable Ineffectiveness of the Deeper Layers
        • TiC CLIP Continual Training of CLIP models
        • Training quantized nets A deeper understanding
        • Understanding Deep Learning Chapter 10
        • Understanding Deep Learning Chapter 20
        • Understanding symmetries in deep networks
        • Using Degeneracy in the Loss Landscape for Mechanistic Interpretability
        • ViDT An Efficient and Effective Fully Transformer based Object Detector
        • Vision Mamba Efficient Visual Representation Learning with Bidirectional State Space Model
        • Vision Transformers Need Registers
        • What Do Self Supervised Vision Transformers Learn?
        • nGPT Normalized Transformer with Representation Learning on the Hypersphere
        • Albert Gu
        • Alex Flinth
        • Alexander Kirillov
        • Alexey Dosovitskiy
        • Ananya Kumar
        • Andreas Loukas
        • Andreas Savakis
        • Angela Fan
        • Annie S. Chen
        • Antonio Orvieto
        • Ardavan Pedram
        • Armand Joulin
        • Attila Lengyel
        • Boris Ginsburg
        • Boshi Wang
        • Byeongho Heo
        • Caglar Gulcehre
        • Carmen Amo Alonso
        • Cees G. M. Snoek
        • Chelsea Finn
        • Cheng Ping Hsieh
        • Chong Wang
        • Christopher Olah
        • Daniel M. Roy
        • Daniel Ulbricht
        • David M. Knigge
        • David W. Romero
        • Diane Larlus
        • Donghyun Kim
        • Dongyoon Han
        • Duy Kien Nguyen
        • Edward J. Hu
        • Edward Z. Yang
        • Eric Mintun
        • Erik J. Bekkers
        • Eshan Verma
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        • Huizi Mao
        • Ilya Loshchilov
        • Isha Garg
        • Ishan Misra
        • Jan E. Gerken
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        • Jean Baptiste Cordonnier
        • Jeff Pool
        • Jesse Cai
        • Jing Pu
        • Joaquin Fontbona
        • John Denker
        • John Tran
        • Julien Mairal
        • Juliette Marrie
        • Kaiming He
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        • Kaushik Roy
        • Lawrence Chan
        • Lucius Bushnaq
        • Maciej Wołczyk
        • Mahmoud Assran
        • Marc Finzi
        • Mark A. Horowitz
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        • Maxime Oquab
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        • Namuk Park
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        • Oncel Tuzel
        • Patrick Forré
        • Pavan Kumar Anasosalu Vasu
        • Percy Liang
        • Piotr Bojanowski
        • Raviteja Vemulapalli
        • Razvan Pascanu
        • Robin Walters
        • Rose Yu
        • Ross Girshick
        • Rui Wang
        • Ruoming Pang
        • Sachin Mehta
        • Sangdoo Yun
        • Sanghyuk Chun
        • Sara Solla
        • Sergey Zagoruyko
        • Shaohan Huang
        • Simeng Sun
        • Simon J.D. Prince
        • Skander Moalla
        • Soham De
        • Song Han
        • Songkuk Kim
        • Sourya Basu
        • Stéphane d'Ascoli
        • Sukjun Hwang
        • Taekyung Kim
        • Tete Xiao
        • Thomas Kipf
        • Tim R. Davidson
        • Tom Gunter
        • Tom Lieberum
        • Vaibhav Aggarwal
        • William J. Dally
        • Wonjae Kim
        • Xiang Yue
        • Xingyu Liu
        • Xinlei Chen
        • Xiuying Wei
        • Xu Ma
        • Xun Wu
        • Yanghao Li
        • Yann LeCun
        • Yelong Shen
        • Yoonho Lee
        • Zeyuan Allen Zhu
        • Zhuoyang Zhang
        • Ziaoyi Zhang
        • Zirui Wang
        • Anthropic
        • Apollo Research
        • Apple
        • CLAIRE
        • Carnegie Mellon University
        • Chalmers University of Technology
        • EPFL
        • FAIR
        • Google DeepMind
        • Google
        • IBM Research
        • INRIA
        • MIT
        • McGill University
        • Meta
        • Microsoft
        • Mila Quebec AI Institute
        • NVIDIA
        • Naver AI Lab
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        • New York University
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        • University of Oxford
        • Vector Institute
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        • EPFL CS439 Optimization for Machine Learning
        • GPU mode Sparsity
        • Introducing Apple’s On Device and Server Foundation Models
        • Introduction to Quantization on PyTorch
        • Let's talk about the Python Dispatcher
        • MIT 65940 TinyML and Efficient Deep Learning Computing
        • Optimizing Vision Transformer Model for Deployment
        • PyTorch ExecuTorch Export IR Specification
        • PyTorch ExecuTorch How ExecuTorch works?
        • PyTorch ExecuTorch Quantization Overview
        • PyTorch Functionalization in PyTorch Everything you need to know
        • PyTorch PyTorch 2 Export Post Training Quantization
        • PyTorch Quantization
        • PyTorch Compilers What makes PyTorch beloved makes it hard to compile
        • PyTorch Conference 2024 Fast Sparse Vision Transformers with minimal accuracy loss
        • PyTorch Conference 2024 What’s new in torch.export?
        • PyTorch Conference 2024
        • PyTorch Eager Mode Quantization TensorRT Acceleration
        • PyTorch internals
        • Quantized Transfer Learning for Computer Vision Tutorial
        • Reinforcement Learning An Introduction Chapter 10
        • Reinforcement Learning An Introduction Chapter 11
        • Reinforcement Learning An Introduction Chapter 13
        • Reinforcement Learning An Introduction Chapter 16
        • Reinforcement Learning An Introduction Chapter 2
        • Reinforcement Learning An Introduction Chapter 3
        • Reinforcement Learning An Introduction Chapter 4
        • Reinforcement Learning An Introduction Chapter 5
        • Reinforcement Learning An Introduction Chapter 6
        • Reinforcement Learning An Introduction Chapter 7
        • Reinforcement Learning An Introduction Chapter 9
        • Reinforcement Learning An Introduction
        • TinyML and Efficient Deep Learning Computing Lecture 12
        • TinyML and Efficient Deep Learning Computing Lecture 3
        • TinyML and Efficient Deep Learning Computing Lecture 5
        • TinyML and Efficient Deep Learning Computing Lecture 6
        • TinyML and Efficient Deep Learning Computing
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    dl_theory textbook

    Deep Learning Book

    Properties
    authors Ian Goodfellow, Yoshua Bengio, Aaron Courville
    year 2016
    url https://www.deeplearningbook.org/
    2024-08-02
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