# Tag: Explained (42)

**Recent Advances for a Better Understanding of Deep Learning**- Oct 1, 2018.

A summary of the newest deep learning trends, including Non Convex Optimization, Overparametrization and Generalization, Generative Models, Stochastic Gradient Descent (SGD) and more.**Power Laws in Deep Learning 2: Universality**- Sep 26, 2018.

It is amazing that Deep Neural Networks display this Universality in their weight matrices, and this suggests some deeper reason for Why Deep Learning Works.**Power Laws in Deep Learning**- Sep 20, 2018.

In pretrained, production quality DNNs, the weight matrices for the Fully Connected (FC ) layers display Fat Tailed Power Law behavior.**Genetic Algorithm Key Terms, Explained**- Apr 10, 2018.

This article presents simple definitions for 12 genetic algorithm key terms, in order to help better introduce the concepts to newcomers.**5 Things You Need to Know about Sentiment Analysis and Classification**- Mar 23, 2018.

We take a look at the important things you need to know about sentiment analysis, including social media, classification, evaluation metrics and how to visualise the results.**Blockchain Key Terms, Explained**- Nov 3, 2017.

Need a quick glance over some important definitions associated with the Blockchain? Then consider this article your Blockchain Definitions 101!**XGBoost: A Concise Technical Overview**- Oct 27, 2017.

Interested in learning the concepts behind XGBoost, rather than just using it as a black box? Or, are you looking for a concise introduction to XGBoost? Then, this article is for you. Includes a Python implementation and links to other basic Python and R codes as well.**Neural Network Foundations, Explained: Updating Weights with Gradient Descent & Backpropagation**- Oct 25, 2017.

In neural networks, connection weights are adjusted in order to help reconcile the differences between the actual and predicted outcomes for subsequent forward passes. But how, exactly, do these weights get adjusted?**Top 10 Machine Learning Algorithms for Beginners**- Oct 20, 2017.

A beginner's introduction to the Top 10 Machine Learning (ML) algorithms, complete with figures and examples for easy understanding.

**Random Forests(r), Explained**- Oct 17, 2017.

Random Forest, one of the most popular and powerful ensemble method used today in Machine Learning. This post is an introduction to such algorithm and provides a brief overview of its inner workings.**XGBoost, a Top Machine Learning Method on Kaggle, Explained**- Oct 3, 2017.

Looking to boost your machine learning competitions score? Here’s a brief summary and introduction to a powerful and popular tool among Kagglers, XGBoost.**Neural Network Foundations, Explained: Activation Function**- Sep 13, 2017.

This is a very basic overview of activation functions in neural networks, intended to provide a very high level overview which can be read in a couple of minutes. This won't make you an expert, but it will give you a starting point toward actual understanding.**277 Data Science Key Terms, Explained**- Sep 1, 2017.

This is a collection of 277 data science key terms, explained with a no-nonsense, concise approach. Read on to find terminology related to Big Data, machine learning, natural language processing, descriptive statistics, and much more.**AI and Deep Learning, Explained Simply**- Jul 21, 2017.

AI can now see, hear, and even bluff better than most people. We look into what is new and real about AI and Deep Learning, and what is hype or misinformation.

**Machine Learning Applied to Big Data, Explained**- Jul 17, 2017.

Machine learning with Big Data is, in many ways, different than "regular" machine learning. This informative image is helpful in identifying the steps in machine learning with Big Data, and how they fit together into a process of their own.**Top KDnuggets tweets, Jun 21-27: An Introduction to Key #DataScience Concepts; Emerging #BigData #DeepLearning #Python Ecosystem**- Jun 28, 2017.

Also 5 #EBooks to Read Before Getting into #DataScience; Awesome Public Datasets on GitHub; The Data Science Process, Rediscovered.**75 Big Data Terms to Know to Make your Dad Proud**- Jun 19, 2017.

Here is a good list of 75 Big Data terms you can use to impress your father, even if you already bought him a gift.**Descriptive Statistics Key Terms, Explained**- May 18, 2017.

This is a collection of 15 basic descriptive statistics key terms, explained in easy to understand language, along with an example and some Python code for computing simple descriptive statistics.**Natural Language Processing Key Terms, Explained**- Feb 16, 2017.

This post provides a concise overview of 18 natural language processing terms, intended as an entry point for the beginner looking for some orientation on the topic.**5 Career Paths in Big Data and Data Science, Explained**- Feb 6, 2017.

Sexiest job... massive shortage... blah blah blah. Are you looking to get a real handle on the career paths available in "Data Science" and "Big Data?" Read this article for insight on where to look to sharpen the required entry-level skills.**Bayesian Basics, Explained**- Dec 9, 2016.

This interview between Professor Andrew Gelman of Columbia University and marketing scientist Kevin Gray covers the basics of Bayesian statistics and how it differs from the ordinary statistics most of us learned in college.**Data Science and Big Data, Explained**- Nov 14, 2016.

This article is meant to give the non-data scientist a solid overview of the many concepts and terms behind data science and big data. While related terms will be mentioned at a very high level, the reader is encouraged to explore the references and other resources for additional detail.**Clustering Key Terms, Explained**- Oct 18, 2016.

Getting started with Data Science or need a refresher? Clustering is among the most used tools of Data Scientists. Check out these 10 Clustering-related terms and their concise definitions.**Artificial Intelligence, Deep Learning, and Neural Networks, Explained**- Oct 14, 2016.

This article is meant to explain the concepts of AI, deep learning, and neural networks at a level that can be understood by most non-practitioners, and can also serve as a reference or review for technical folks as well.**Deep Learning Key Terms, Explained**- Oct 12, 2016.

Gain a beginner's perspective on artificial neural networks and deep learning with this set of 14 straight-to-the-point related key concept definitions, including Biological Neuron, Multilayer Perceptron (MLP), Feedforward Neural Network, and Recurrent Neural Network.

**Adversarial Validation, Explained**- Oct 7, 2016.

This post proposes and outlines adversarial validation, a method for selecting training examples most similar to test examples and using them as a validation set, and provides a practical scenario for its usefulness.**Beginner’s Guide to Apache Flink – 12 Key Terms, Explained**- Oct 4, 2016.

We review 12 core Apache Flink concepts, to better understand what it does and how it works, including streaming engine terminology.**9 Key Deep Learning Papers, Explained**- Sep 20, 2016.

If you are interested in understanding the current state of deep learning, this post outlines and thoroughly summarizes 9 of the most influential contemporary papers in the field.**Misinformation Key Terms, Explained**- Aug 20, 2016.

Misinformation has emerged as a key issue for social media platforms. This post will introduce the concept of misinformation and the 8 Key Terms, which provides insights into mining misinformation in social media.**Big Data Key Terms, Explained**- Aug 11, 2016.

Just getting started with Big Data, or looking to iron out the wrinkles in your current understanding? Check out these 20 Big Data-related terms and their concise definitions.**Database Key Terms, Explained**- Jul 28, 2016.

Interested in a survey of important database concepts and terminology? This post defines 16 essential database key terms concisely and accurately.**Internet of Things Key Terms, Explained**- Jul 27, 2016.

This post will define 12 Key Terms for the Internet of Things, in straightforward manner.**Predictive Analytics Introductory Key Terms, Explained**- Jul 18, 2016.

Here is a collection of introductory predictive analytics terms and concepts, presented for the newcomer in a straight-forward, no frills definition style.**Bayesian Machine Learning, Explained**- Jul 13, 2016.

Want to know about Bayesian machine learning? Sure you do! Get a great introductory explanation here, as well as suggestions where to go for further study.

**Apache Spark Key Terms, Explained**- Jun 13, 2016.

An overview of 13 core Apache Spark concepts, presented with focus and clarity in mind. A great beginner's overview of essential Spark terminology.**Cloud Computing Key Terms, Explained**- Jun 9, 2016.

A concise overview of 20 core cloud computing ecosystem concepts. The focus here is on the terminology, not The Big Picture.**Hadoop Key Terms, Explained**- May 30, 2016.

An straightforward overview of 16 core Hadoop ecosystem concepts. No Big Picture discussion, just the facts.**Machine Learning Key Terms, Explained**- May 25, 2016.

An overview of 12 important machine learning concepts, presented in a no frills, straightforward definition style.**The Data Science Puzzle, Explained**- Mar 10, 2016.

The puzzle of data science is examined through the relationship between several key concepts in the data science realm. As we will see, far from being concrete concepts etched in stone, divergent opinions are inevitable; this is but another opinion to consider.**5 More arXiv Deep Learning Papers, Explained**- Jan 5, 2016.

Top recent deep learning papers on arXiv are presented, summarized, and explained with the help of a leading researcher in the field.**Top 5 arXiv Deep Learning Papers, Explained**- Oct 1, 2015.

Top deep learning papers on arXiv are presented, summarized, and explained with the help of a leading researcher in the field.**Top 10 Data Mining Algorithms, Explained**- May 21, 2015.

Top 10 data mining algorithms, selected by top researchers, are explained here, including what do they do, the intuition behind the algorithm, available implementations of the algorithms, why use them, and interesting applications.