#Dropout

Showing 18 of 18 repositories tagged #dropout, ranked by stars

MorvanZhou
MorvanZhou
PyTorch-Tutorial

Build your neural network easy and fast, 莫烦Python中文教学

Score
0
★ 8.5k ⑂ 3.1k +1/day
Jupyter Notebook
MorvanZhou
MorvanZhou
Tensorflow-Tutorial

Tensorflow tutorial from basic to hard, 莫烦Python 中文AI教学

Score
100
★ 4.3k ⑂ 1.8k
Python
miguelvr
miguelvr
dropblock

Implementation of DropBlock: A regularization method for convolutional networks in PyTorch.

Score
92
★ 594 ⑂ 95
Python
JonathanRaiman
JonathanRaiman
theano_lstm

:microscope: Nano size Theano LSTM module

Score
83
★ 304 ⑂ 111
Python
Jackpopc
Jackpopc
aiLearnNotes

Artificial Intelligence Learning Notes.

Score
75
★ 276 ⑂ 61
Python
noahfl
noahfl
densenet-sdr

repo that holds code for improving on dropout using Stochastic Delta Rule

Score
67
★ 141 ⑂ 15
Python
AnicetNgrt
AnicetNgrt
jiro-nn

A Deep Learning and preprocessing framework in Rust with support for CPU and GPU.

Score
100
★ 134 ⑂ 3
Rust
anassinator
anassinator
bnn

Bayesian Neural Network in PyTorch

Score
58
★ 93 ⑂ 27
Python
georgezoto
georgezoto
TensorFlow-in-Practice

TensorFlow in Practice Specialization. Join our Deep Learning Adventures community 🎉 and become an expert in Deep Learning, TensorFlow, Computer Vision, Convolutional Neural Networks, Kaggle Challenges, Data Augmentation and Dropouts Transfer Learning, Multiclass Classifications and Overfitting and Natural Language Processing NLP as well as Time Series Forecasting 😀 All while having fun learning and participating in our Deep Learning Trivia games 🎉 http://bit.ly/deep-learning-tf

Score
33
★ 66 ⑂ 29
Jupyter Notebook
aditya9211
aditya9211
SVHN-CNN

Google Street View House Number(SVHN) Dataset, and classifying them through CNN

Score
42
★ 64 ⑂ 32
Jupyter Notebook
ahmedfgad
ahmedfgad
CIFAR10CNNFlask

Building a HTTP-accessed convolutional neural network model using TensorFlow NN (tf.nn), CIFAR10 dataset, Python and Flask.

Score
50
★ 59 ⑂ 35
Python
minihat
minihat
LoL-Match-Prediction

Win probability predictions for League of Legends matches using neural networks

Score
17
★ 51 ⑂ 3
Python
kefirski
kefirski
variational_dropout

Implementation of "Variational Dropout and the Local Reparameterization Trick" paper with Pytorch

Score
8
★ 49 ⑂ 4
Python
mayur7garg
mayur7garg
PlantLeafDiseaseDetection

Deep learning using CNN in tensorflow on Kaggle image dataset containing 87,900 different healthy and unhealthy crop leaves spanning 38 unique classes.

Score
67
★ 49 ⑂ 12
Jupyter Notebook
hwalsuklee
hwalsuklee
numpy-neuralnet-exercise

Implementation of key concepts of neuralnetwork via numpy

Score
25
★ 48 ⑂ 13
Python
RabadanLab
RabadanLab
randomly

A Library for Denoising Single-Cell Data with Random Matrix Theory

Score
33
★ 39 ⑂ 10
Jupyter Notebook
fahadm
fahadm
Bayesian-Active-Learning-Pytorch

Implementation of Bayesian NNs in Pytorch (https://arxiv.org/pdf/1703.02910.pdf) (With some help from https://github.com/Riashat/Deep-Bayesian-Active-Learning/))

Score
0
★ 31 ⑂ 5
Jupyter Notebook
rakibhhridoy
rakibhhridoy
AnomalyDetectionInTimeSeriesData-Keras

Statistics, signal processing, finance, econometrics, manufacturing, networking[disambiguation needed] and data mining, anomaly detection (also outlier detection) is the identification of rare items, events or observations which raise suspicions by differing significantly from the majority of the data. Typically the anomalous items will translate to some kind of problem such as bank fraud, a structural defect, medical problems or errors in a text. Anomalies are also referred to as outliers, novelties, noise, deviations and exceptions.

Score
0
★ 18 ⑂ 2
Jupyter Notebook
Related Topics
#machine-learning#neural-network#cnn#python#tensorflow#deep-learning#pytorch#computer-vision#convolutional-neural-networks#regularization#autoencoder#classification

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