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Human-Activity-Recognition------UCI
Human Activity Recognition ---ML models & Divide and Conquer approachSocial-network-Graph-Link-Prediction---Facebook-Challenge
Personalized_cancer_Diagnosis
Source: https://www.kaggle.com/c/msk-redefining-cancer-treatment/dataDeepLearning.ai_Assigments
Complete Assignments of Andrew NG courseAmazon-fashion-discovery-engine-Content-Based-recommendation-
Image-Augmentation-using-Keras
Advance-Machine-Learning-Coursera
3-D-Animation-Cube-using-Html5-CSS3
LPU-FOP-KUJ09-
This repo contains all of the codes for practice session taken by me in KUJ09 batch of LPU-Stack-Overflow-Tag-Prediction
WNS-Analytics-Wizard-2019
PCA-on-Boston-House-price-Data-Set
Semantic-Text-Similarity
Amazon-Future-Engineering-May-Batch-Java
DenseNet-on-CIFAR-10-
In this repository we are going to implement Dense Net architecture from scratch on CIFAR-10 data-setMask_RCNN_
# run_obj contain live object detection using mask RCNNDonor_choose-Various-Models-
DonorsChoose.org receives hundreds of thousands of project proposals each year for classroom projects in need of funding. Right now, a large number of volunteers is needed to manually screen each submission before it's approved to be posted on the DonorsChoose.org website. Next year, DonorsChoose.org expects to receive close to 500,000 project proposals. As a result, there are three main problems they need to solve: How to scale current manual processes and resources to screen 500,000 projects so that they can be posted as quickly and as efficiently as possible How to increase the consistency of project vetting across different volunteers to improve the experience for teachers How to focus volunteer time on the applications that need the most assistance The goal of the competition is to predict whether or not a DonorsChoose.org project proposal submitted by a teacher will be approved, using the text of project descriptions as well as additional metadata about the project, teacher, and school. DonorsChoose.org can then use this information to identify projects most likely to need further review before approval.MNIST-Dataset
MNIST is a simple computer vision dataset. It consists of 28x28 pixel images of handwritten digits.Every MNIST data point, every image, can be thought of as an array of numbers describing how dark each pixel is. Since each image has 28 by 28 pixels, we get a 28x28 array. We can flatten each array into a 28โ28=784 dimensional vector. Each component of the vector is a value between zero and one describing the intensity of the pixel. Thus, we generally think of MNIST as being a collection of 784-dimensional vectors. Not all vectors in this 784-dimensional space are MNIST digits. Typical points in this space are very different! To get a sense of what a typical point looks like, we can randomly pick a few points and examine them. In a random point โ a random 28x28 image โ each pixel is randomly black, white or some shade of gray. The result is that random points look like noise.Images like MNIST digits are very rare. While the MNIST data points are embedded in 784-dimensional space, they live in a very small subspace. With some slightly harder arguments, we can see that they occupy a lower dimensional subspace. People have lots of theories about what sort of lower dimensional structure MNIST, and similar data, have. One popular theory among machine learning researchers is the manifold hypothesis: MNIST is a low dimensional manifold, sweeping and curving through its high-dimensional embedding space. Another hypothesis, more associated with topological data analysis, is that data like MNIST consists of blobs with tentacle-like protrusions sticking out into the surrounding space. But no one really knows, so lets explore!Quora_question_pair_similarity
Quora is a place to gain and share knowledgeโabout anything. Itโs a platform to ask questions and connect with people who contribute unique insights and quality answers. This empowers people to learn from each other and to better understand the world. Over 100 million people visit Quora every month, so it's no surprise that many people ask similarly worded questions. Multiple questions with the same intent can cause seekers to spend more time finding the best answer to their question, and make writers feel they need to answer multiple versions of the same question. Quora values canonical questions because they provide a better experience to active seekers and writers, and offer more value to both of these groups in the long term. > Credits: Kaggle __ Problem Statement __ Identify which questions asked on Quora are duplicates of questions that have already been asked. This could be useful to instantly provide answers to questions that have already been answered. We are tasked with predicting whether a pair of questions are duplicates or not.Pancreatic-cancer-Analysis-using-Gene-Expression-data
This Repository contain analysis of Pancreatic cancer data in stored gct format using PCA plots and GSVA AlgorithmData-Visualization-using-TSNE
For Data Visualization , one of the best dimensional reduction algorithm is TSNE. Here I use AMAZON FINE FOOD REVIEWS and perform TSNE algorithm on Text features by converting them in vectors using BOW, TFIDF, AVG-W2V & TFIDF-W2VWorkSpace
WorkSpace is a desktop application based on Electron framework similar to MS-EXCELReceipts-dates-extractor
Mercari-price-suggestion-challenge
AmExpert-2019
RoboFriends
Meet with these RoboFriends in this React Web AppSmart-Brain-API
This contain Back-end code base for Smart Brain AppAFE-May-Batch
This repo contains all codes for AFE-May-Grp6github-slideshow
A robot powered training repository ๐คTaxi-demand-prediction-in-New-York-City
s2wconversion
This repository contain library which convert spoken english like "Triple A" to written English like AAATensorFlow-in-Practice-Assignments
This Repo contain all assignments and workbook in TensorFlow In specialization courseSmart-Brain-App
This App is detect faces in your pictures :)Love Open Source and this site? Check out how you can help us