engineerd™, on April 23rd, 2013

In 1968, GM Hydra-Matic put out a request for proposal for a computer-based system to control a transmission plant. A small company out of Bedford, MA called Bedford Associates won a contract from the automotive giant for their modular digital controller. Bedford Associates set up a new company called Modicon to build and market these new controllers, with the 084 being the first model. Why 084? It was the 84th project Bedford Associates had worked on.
Continue reading Programmable Logic Controllers
engineerd™, on April 3rd, 2013

In May 1846 a group of people left Illinois in search of a new life in California. Of the 87 people that started the journey, only 48 would actually make it. Some of the dead became meals for the living, who were starving while stranded in the Sierra Nevada mountains over the winter.
A little more than a hundred years later, a small computer company would produce a “luggable” analog computer known as the Donner 3500.
Continue reading Donner, Party Of 3500
engineerd™, on February 28th, 2013
 Universal Avionics UNS-1 FMS: One of the first computerized flight management systems
Navigating an aircraft has been on an ever-improving path since flights lasted more than a few minutes. Getting from Point A to Point B in an aircraft is much like navigating a ship, but with an extra dimension thrown in. Since the late 1970s, Flight Management System (FMS) computers have been used to aid in navigating aircraft. The FMS has grown in capability and scope over the years since.
Continue reading Flight Computers
HycoSpeed, on February 2nd, 2013
 
Yesterday’s post a from engineerd™ on the Evolution of Data storage reminded me of this book on how the computer works from 1971. The book is called ‘How it works’ The Computer, and it by David Carey with illustrations by B. H. Robinson. The illustrations paint are great picture of just how classy theses machines were. Hit the jump to see more!
Continue reading How It Works: The Computer
engineerd™, on January 21st, 2013

The NSA likes to read other people’s mail. It’s a bad habit that would be frowned upon if it weren’t for the fact that the NSA is reading other people’s mail to try to thwart any national security threats. The problem is, the people who send this mail don’t just type their letters in Word and email them. They use cryptographic systems to scramble the mail so that people like the cryptanalysts at the NSA can’t read it. This doesn’t stop the NSA. In fact, it seems they relish the thought of figuring out how to break the code used to encrypt the mail they want to read.
Continue reading Harvesting Data
engineerd™, on January 9th, 2013

Every since Mr. Qwerty* created the keyboard we love and adore, the more eccentric of computer designers have been searching for a better mousetrap. One such man was Cy Endfield. He decided that hitting one key per letter was silly, and that you could have a keyboard with only 6 keys! In 1978, he introduced this crazy idea to the world.
Continue reading Microwriter MW4
engineerd™, on January 3rd, 2013

Revolutionizing the computer industry in 1977 wasn’t really that hard to do. While computer systems had been around since the 1940s, the rate at which the performance, footprint and useability of the computer was changing in the mid-1970s was fairly remarkable. Then, in 1977, Digital Equipment Corp. announced the VAX-11/870 and, well, revolutionized the computer industry.
Continue reading A Vax, Ye Mateys!
engineerd™, on December 13th, 2012

In 1871, while repairing a Thomas’ Arithmometer, W. T. Odhner came up with a new arithmometer, or mechanical calculator, that would be less bulky. The Swedish ex-pat living in St. Petersburg, Russia completed his creation in 1873 using a pinwheel disk rather than the bulky cylinder used in the Thomas. After producing a few for his boss and a few other people, he was producing them in earnest by 1890.
Continue reading The Odhner Arithmometer
engineerd™, on October 29th, 2012

Every Soviet and Russian manned spaceflight from Yuri Gagarin through 2002 contained the “Globus” IMP you see above. IMP is an acronym derived from the Russian term for “indicator of position in flight”. It’s purpose was to convey the spacecraft’s position relative to the Earth. However, it also transmitted its data to other systems, notably the attitude control system.
Continue reading Globus IMP
engineerd™, on September 25th, 2012

Imagine this: you just started at a new job and your boss assigns you a “practice” project. When you’re done, the bosses are so impressed that they actually take your project from prototype to production and sell it. This is exactly what happened to Allan Alcorn when he started at Atari in 1972. The result was Pong.
Continue reading Pong
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