Fast_Seg
lxtGH
This repo provides :zap: fast:zap: semantic segmentation models on CityScapes/Camvid DataSet by Pytorch
Train, evaluate, and run machine learning models.
lxtGH
This repo provides :zap: fast:zap: semantic segmentation models on CityScapes/Camvid DataSet by Pytorch
machinelearningnanodegree
A Wiki containing helpful information for new and existing students of the Machine Learning Nanodegree at Udacity. Written by students of the Nanodegree.
machrisaa
Neural Network with Style Synthesis
Source code for the paper titled "Speech Denoising without Clean Training Data: a Noise2Noise Approach". Paper accepted at the INTERSPEECH 2021 conference. This paper tackles the problem of the heavy dependence of clean speech data required by deep learning based audio denoising methods by showing that it is possible to train deep speech denoising networks using only noisy speech samples.
Keras implementations of Generative Adversarial Networks. GANs, DCGAN, CGAN, CCGAN, WGAN and LSGAN models with MNIST and CIFAR-10 datasets.
maggie0830
implementation of "DCCRN-Deep Complex Convolution Recurrent Network for Phase-Aware Speech Enhancement" by pytorch
A list of awesome Machine Translation frameworks, libraries, software and papers
maker-community
一个为ElectronBot机器人和瀚文键盘(HelloWorldKeyboard)开发的上位机软件(包含机器人USB操作SDK和瀚文键盘HID操作SDK),采用Windows App SDK框架编写界面。 A host computer software developed for ElectronBot robots (including robot USB operation SDK), using the Windows App SDK framework to write UI.
mali19064
A more than 1000X faster paralleled LSTM-CRF implementation modified from the slower version in the Pytorch official tutorial (URL:https://pytorch.org/tutorials/beginner/nlp/advanced_tutorial.html).
MarcoMeter
Clean baseline implementation of PPO using an episodic TransformerXL memory
mariogeiger
Euclidean Neural Networks
martinwicke
A tutorial on TensorFlow
MasanoriYamada
MINE: Mutual Information Neural Estimation in pytorch (unofficial)
mashangxue
TensorFlow2.0 官方教程翻译,基本概念讲解、实战项目、TensorFlow2.0编程技巧。
matlab-deep-learning
This repository collates a number of MATLAB examples demonstrating Scientific Machine Learning (SciML) and Physics Informed Machine Learning.
Mattdl
Continual Hyperparameter Selection Framework. Compares 11 state-of-the-art Lifelong Learning methods and 4 baselines. Official Codebase of "A continual learning survey: Defying forgetting in classification tasks." in IEEE TPAMI.
matthias-k
pytorch implementation of the different DeepGaze models
maum-ai
Official code for Cotatron @ INTERSPEECH 2020
Mayurji
Learning and Building Convolutional Neural Networks using PyTorch
mbzuai-metaverse
A tool for efficient semi-supervised video object segmentation (great results with minimal manual labor) and a dataset for benchmarking
mcgrady20150318
a repo sharing Bayesian Neural Network recent papers
mdhmz1
Auto-Annotate - Automatically annotate your entire image directory by a single command. As simple as saying - "Annotate all the street sign (label) in the autonomous car dataset (directory)" and BAM! DONE. Each and every image with a street sign in the diverse dataset directory containing images of all sorts which have a street sign are filtered and the segmentation annotation is performed in a single command. The Auto-Annotate tool provides auto annotation of segmentation masks for the objects in the images inside some directory based on the labels. Auto-Annotate is able to provide automated annotations for the labels defined in the COCO Dataset and also supports Custom Labels.
mdnuruzzamanKALLOL
Feature Books for Machine Learning
mehra-deepak
Plant Disease Detection is one of the mind-boggling issues when we talk about using Technology in Agriculture. Although researches have been done to detect whether a plant is healthy or diseased using Deep Learning and with the help of Neural Network, new techniques are still being discovered. For Fewer Data Classical Machine Learning Models are said to outstand given the data is pre-processed well. On the same theory here is my approach for Detecting whether a plant leaf is healthy or unhealthy by utilizing the classical Machine Learning Models, Pre-processing the Image Data. The data was fed to 7 Machine Learning Models with 10 fold cross-validation out of which Random Forest Classifier outperformed all the other models giving an accuracy of 97% on the test set.