From Build a Career in Data Science by Emily Robinson and Jacqueline Nolis If you have already learned the skills you need for a data science job, why not put them to use in a way that a potential employer… Continue Reading →
From Build a Career in Data Science by Emily Robinson and Jacqueline Nolis
Want a job in Data Science?
This article discusses one popular way to get the skills that you’re going to need: attending a bootcamp.
From Designing Cloud Data Platforms by Danil Zburivsky and Lynda Partner
In this article, we’ll layer some of the critical and more advanced functionality needed for most data platforms today. Without this added layer of sophistication your data platform would work but it wouldn’t scale easily, nor would it meet the growing data velocity challenges. It would also be limited in terms of the types of data consumers (people and systems who consume the data from the platform) it supports, as they’re also growing in both numbers and variety.
From Ensemble Methods for Machine Learning by Gautam Kunapuli
Our first case study explores a medical decision-making task: breast cancer diagnosis. We will see how to use scikit-learn’s homogeneous parallel ensemble modules in practice. Specifically, we will train and evaluate the performance of three homogeneous parallel algorithms, each characterized by increasing randomness: bagging with decision trees, random forests and ExtraTrees.
From R in Action, Third Edition by Robert Kabacoff
This article dicusses graphs and graphic using the ggplot2 package
From Algorithms and Data Structures for Massive Datasets by Dzejla Medjedovic, Emin Tahirovic, and Ines Dedovic
This article covers:
· Learning what Bloom filters are, why and when they are useful
· Understanding how Bloom filters work
· Configuring a Bloom filter in a practical setting
· Exploring the interplay between Bloom filter parameters
From Transfer Learning for Natural Language Processing by Paul Azunre
This article delves into using shallow transfer learning to improve your NLP models.
From Real-World Cryptography by David Wong
In this article, the author teaches readers about the Diffie-Hellman key exchange standard, which was the very first key exchange algorithm ever invented, and the Elliptic Curve Diffie-Hellman key exchange standard, which is the Diffie-Hellman built with elliptic curves.