Understanding Big Data Using Hadoop and Spark
With datasets growing increasingly large, the need for custom data solutions has soared as well. This Learning Path will take you through the entire process of designing and building data applications that can visualize, navigate, and interpret reams of data. Get a thorough introduction to the most important tools in the big data ecosystem.
Secure your network with ease by leveraging this step-by-step tutorial on the powerful Wireshark 2
Comprehensive guide to learn data science for a Julia programmer, right from the exploratory analytics part to the visualization part.
Enhance your understanding of Computer Vision and image processing by developing real-world projects in OpenCV 3
Java Concurrency LiveLessons, Second Edition teaches you how to develop high-quality concurrent software applications and reusable frameworks through the use of patterns, object-oriented design and functional programming techniques, and Java language features, including Java 8 lambda expressions, parallel streams, and completable futures.
This course provides beginning to intermediate C++ developers with the knowledge required for up-to-date C++ programming. It begins by introducing the concepts of design patterns and idioms, outlining their usefulness, and demonstrating some traditional C++ implementations using pointers and manual memory management.
Python from Scratch LiveLessons is a gentler, more entertaining, and more practical starting point to learning the Python programming language. Unlike the typical approach to teaching a programming language that covers each feature section by section, this course is structured more like a cooking class. You can follow along and execute all the code being demonstrated in an interactive notebook as you watch the video, much the same way you would watch a cooking video in your kitchen.
This is an entry level course for computer engineering professionals, dedicated makers, and advanced hobbyists wanting to explore FPGA technology for the first time. It provides basic instruction on how to setup, design, and build digital logic circuits using a low cost FPGA board and the Xilinx Integrated Synthesis Environment (ISE). It also provides an introduction to Verilog HDL (hardware description language), a specialized computer language used to describe the structure and behavior of digital logic circuits. It's a hands-on course where you'll build simple breadboard circuits and use them to test the FPGA logic designs that you create.
Even though computers can't read, they're very effective at extracting information from natural language text. They can determine the main themes in the text, figure out if the writers of the text have positive or negative feelings about what they've written, decide if two documents are similar, add labels to documents, and more.