https://github.com/RedditSota/state-of-the-art-result-for-machine-learning-problems

This repository provides state of the art (SoTA) results for all machine learning problems. We do our best to keep this repository up to date. If you do find a problem's SoTA result is out of date or missing, please raise this as an issue or submit Google form (with this information: research paper name, dataset, metric, source code and year). W…

State-of-the-art result for all Machine Learning Problems

LAST UPDATE: 10th November 2017

NEWS: I am looking for a Collaborators esp who does research in Computer Vision and Reinforcement learning. I am a NLP scientist, so I can keep track of NLP. Email me: redditsota@gmail.com

This repository provides state-of-the-art (SoTA) results for all machine learning problems. We do our best to keep this repository up to date. If you do find a problem's SoTA result is out of date or missing, please raise this as an issue (with this information: research paper name, dataset, metric, source code and year). We will fix it immediately.

You can also submit this Google Form if you are new to Github.

This is an attempt to make one stop for all types of machine learning problems state of the art result. I can not do this alone. I need help from everyone. Please submit the Google form/raise an issue if you find SOTA result for a dataset. Please share this on Twitter, Facebook, and other social media.

This summary is categorized into:

• Supervised Learning
  • Speech
  • Computer Vision
  • NLP
• Semi-supervised Learning
  • Computer Vision
• Unsupervised Learning
  • Speech
  • Computer Vision
  • NLP
• Transfer Learning
• Reinforcement Learning

Supervised Learning

NLP

1. Language Modelling

Research Paper	Datasets	Metric	Source Code	Year
DYNAMIC EVALUATION OF NEURAL SEQUENCE MODELS	PTB WikiText-2	Perplexity: 51.1 Perplexity: 44.3	Pytorch	2017
Averaged Stochastic Gradient Descent with Weight Dropped LSTM or QRNN	PTB WikiText-2	Perplexity: 52.8 Perplexity: 52.0	Pytorch	2017
FRATERNAL DROPOUT	PTB WikiText-2	Perplexity: 56.8 Perplexity: 64.1	Pytorch	2017
Factorization tricks for LSTM networks	One Billion Word Benchmark	Perplexity: 23.36	Tensorflow	2017

2. Machine Translation

Research Paper	Datasets	Metric	Source Code	Year
Attention Is All You Need	WMT 2014 English-to-French WMT 2014 English-to-German	BLEU: 41.0 BLEU: 28.4	PyTorch Tensorflow	2017
NON-AUTOREGRESSIVE NEURAL MACHINE TRANSLATION	WMT16 Ro→En	BLEU: 31.44	NOT YET RELEASED	2017

3. Text Classification

Research Paper	Datasets	Metric	Source Code	Year
Learning Structured Text Representations	Yelp	Accuracy: 68.6	NOT YET AVAILABLE	2017
Attentive Convolution	Yelp	Accuracy: 67.36	NOT YET AVAILABLE	2017

4. Natural Language Inference

Research Paper	Datasets	Metric	Source Code	Year
DiSAN: Directional Self-Attention Network for RNN/CNN-free Language Understanding	Stanford Natural Language Inference (SNLI)	Accuracy: 51.72	NOT YET AVAILABLE	2017

5. Question Answering

Research Paper	Datasets	Metric	Source Code	Year
Interactive AoA Reader+ (ensemble)	The Stanford Question Answering Dataset	Exact Match: 79.083 F1: 86.450	NOT YET AVAILABLE	2017

6. Named entity recognition

Research Paper	Datasets	Metric	Source Code	Year
Named Entity Recognition in Twitter using Images and Text	Ritter	F-measure: 0.59	NOT YET AVAILABLE	2017

Computer Vision

1. Classification

Research Paper	Datasets	Metric	Source Code	Year
Dynamic Routing Between Capsules	MNIST	Test Error: 0.25±0.005	PyTorch Tensorflow Keras Chainer	2017
High-Performance Neural Networks for Visual Object Classification	NORB	Test Error: 2.53 ± 0.40	NOT FOUND	2011
Aggregated Residual Transformations for Deep Neural Networks	CIFAR-10	Test Error: 3.58%	PyTorch	2016
Dynamic Routing Between Capsules	MultiMNIST	Test Error: 5%	PyTorch Tensorflow Keras Chainer	2017
Aggregated Residual Transformations for Deep Neural Networks	ImageNet-1k	Top-1 Error: 20.4%	PyTorch	2016

Speech

1. ASR

Research Paper	Datasets	Metric	Source Code	Year
The Microsoft 2017 Conversational Speech Recognition System	Switchboard Hub5'00	WER: 5.1	NOT FOUND	2017

Semi-supervised Learning

Computer Vision

Research Paper	Datasets	Metric	Source Code	Year
DISTRIBUTIONAL SMOOTHINGWITH VIRTUAL ADVERSARIAL TRAINING	SVHN NORB	Test error: 24.63 Test error: 9.88	Theano	2016
Virtual Adversarial Training: a Regularization Method for Supervised and Semi-supervised Learning	MNIST	Test error: 1.27	NOT FOUND	2017

Unsupervised Learning

Computer Vision

1. Generative Model

Research Paper	Datasets	Metric	Source Code	Year
PROGRESSIVE GROWING OF GANS FOR IMPROVED QUALITY, STABILITY, AND VARIATION	Unsupervised CIFAR 10	Inception score: 8.80	Theano	2017

Transfer Learning

Reinforcement Learning

Email: redditsota@gmail.com