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5 Courses to Beef Up Your Knowledge of Blockchain Technology

They cover the basics, requirements, and implementation

2 min read
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Blockchain technology has the ability to change a number of industries. Although it is commonly referred to when speaking of cryptocurrencies, blockchain also can affect the supply chain, health care, the Internet of Things, and more. According to MarketsandMarkets, blockchain technology and services are estimated to reach US $67.4 billion by 2026. Already this year they hit $4.9 billion.

One of the key benefits of blockchain technology is decentralization—its ability to distribute data and computing power across multiple computers in an organization’s network—according to a Yahoo Finance article.

How can companies implement the technology?

IEEE Educational Activities and the IEEE Blockchain Initiative have partnered to create a five-course program, A Step-by-Step Approach to Designing Blockchain Solutions. It offers guidance to help product managers, designers, architects, and other technical professionals who need to understand the expected benefits and costs of blockchain solutions.

“As blockchain technology continues to evolve and expand into business sectors, organizations must understand how to properly integrate it into their systems,” says course author Hunter Albright, IEEE member and co-chair for both the IEEE Blockchain Initiative and its blockchain-enabled transactive energy work.

The five courses are:

Making the Case

Learn the basics of blockchain solutions in this course, which includes an overview of the connection between the technology and business operations.

Defining Functional Requirements

This course covers the ecosystem and key elements. Learn how to define, specify, and determine performance requirements and government requirements.

Defining Non-Functional Requirements

This class explores the layers of blockchain technology.

Selecting the Platform

Learn how to choose the right solution. This course covers key platform considerations and provides insights on whether to build, buy, or partner.

Implementing the Solution

The resources in this class can help you avoid common mistakes made in implementing the technology.

Individuals who complete the course program can earn up to 0.5 continuing-education units or 5 professional development hour credits, plus a digital badge.

Institutions interested in the program can contact an IEEE account specialist to learn more.

Visit the IEEE Learning Network for member and nonmember pricing.

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The Lies that Powered the Invention of Pong

A fake contract masked a design exercise–and started an industry

4 min read
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Pong arcade game in yellow cabinet containing black and white TV display, two knobs are labeled Player 1 and Player 2, Atari logo visible.
Roger Garfield/Alamy

In 1971 video games were played in computer science laboratories when the professors were not looking—and in very few other places. In 1973 millions of people in the United States and millions of others around the world had seen at least one video game in action. That game was Pong.

Two electrical engineers were responsible for putting this game in the hands of the public—Nolan Bushnell and Allan Alcorn, both of whom, with Ted Dabney, started Atari Inc. in Sunnyvale, Calif. Mr. Bushnell told Mr. Alcorn that Atari had a contract from General Electric Co. to design a consumer product. Mr. Bushnell suggested a Ping-Pong game with a ball, two paddles, and a score, that could be played on a television.

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