Before leading the software project that put men on the moon, Margaret Hamilton worked on the equations that led to chaos theory, followed by Mount Holyoke graduate, Ellen Fetter.
A terrific six-part series of short articles looking at the people behind the history of Artificial Intelligence, from Babbage to Turing to JCR Licklider.
- When Charles Babbage Played Chess With the Original Mechanical Turk
- Invisible Women Programmed America’s First Electronic Computer
- Why Alan Turing Wanted AI Agents to Make Mistakes
- The DARPA Dreamer Who Aimed for Cyborg Intelligence
- Algorithmic Bias Was Born in the 1980s
- How Amazon’s Mechanical Turkers Got Squeezed Inside the Machine
The history of AI is often told as the story of machines getting smarter over time. What’s lost is the human element in the narrative, how intelligent machines are designed, trained, and powered by human minds and bodies.
This article by Ian Bogost from a few years back touches on one of the themes in the talk I gave at New Adventures:
“Engineer” conjures the image of the hard-hat-topped designer-builder, carefully crafting tomorrow. But such an aspiration is rarely realized by computing. The respectability of engineering, a feature built over many decades of closely controlled, education- and apprenticeship-oriented certification, becomes reinterpreted as a fast-and-loose commitment to craftwork as business.
Photos from earlier this week:
In a small room in CERN’s Data Center, an international group of nine developers is taking a plunge back in time to the beginnings of the World Wide Web. Their aim is to enable the whole world to experience what the web looked like viewed within the very first browser developed by Tim Berners-Lee.
On the 50th anniversary of Vannevar Bush’s As We May Think, Tim Berners-Lee delivered this address in 1995.
To a large part we have MEMEXes on our desks today. We have not yet seen the wide scale deployment of easy human interfaces for editing hypertext and making links. (I find this constantly frustrating, but always assume will be cured by cheap commercial products within the year.)
PIctures of computers (of the human and machine varieties).
A great interview with Ted Nelson at the Internet Archive where he reminisces about Doug Engelbart, Bob Taylor, Vannevar Bush, hypertext and Xanadu. Wind him and let him go!
There’s an interesting tidbit on what he’s up to next:
So, the first one I’m trying to build will just be a comment, but with two pages visibly connected. And the second bit will be several pages visibly connected. A nice example is Vladimir Nabokov’s novel Pale Fire, which is a long poem by the fictitious author John Shade, connected to a large number of idiotic footnotes by the fictitious academic Charles Kinbote.
Ironically, back in the days of the Dark Brown Project, I actually got permission from the publishers of Pale Fire to demonstrate it on the Brown system. So now I hope to demonstrate it on the new Xanadu.
Pale Fire is the poem referenced in Blade Runner 2049:
Cells interlinked within cells interlinked…
Cassie and I were swapping debugging stories. I shared the case of the 500 mile email with her. She shared this with me.
This is the best explanation of quantum computing I’ve read. I mean, it’s not like I can judge its veracity, but I could actually understand it.
This could’a, should’a, would’a been a great blog post.
March 1981: Shakin’ Stevens was top of the charts, Tom Baker was leaving Doctor Who and Clive Sinclair was bringing computers to the masses. Britain was moving into a new age, and one object above all would herald its coming.
I just binge-listened to the six episodes of the first season of this podcast from Stephen Fry—it’s excellent!
It covers the history of communication from the emergence of language to the modern day. At first I was worried that it was going to rehash some of the more questionable ideas in the risible Sapiens, but it turned out to be far more like James Gleick’s The Information or Tom Standage’s The Victorian Internet (two of my favourite books on the history of technology).
There’s no annoying sponsorship interruptions and the whole series feels more like an audiobook than a podcast—an audiobook researched, written and read by Stephen Fry!
An ongoing timeline of computer technology in the form of blog posts by Sinclair Target (that’s a person, not a timeslipping transatlantic company merger).
Here’s a treasure trove of eighties nerd nostalgia:
In the 1980s, the BBC explored the world of computing in The Computer Literacy Project. They commissioned a home computer (the BBC Micro) and taught viewers how to program.
The Computer Literacy Project chronicled a decade of information technology and was a milestone in the history of computing in Britain, helping to inspire a generation of coders.
The terrific talk from Beyond Tellerrand by Claire L. Evans, author of Broad Band.
As we face issues of privacy, identity, and society in a networked world, we have much to learn from these women, who anticipated the Internet’s greatest problems, faced them, and discovered solutions we can still use today.
A profile of Susan Kare, icon designer extraordinaire.
I loved the puzzle-like nature of working in sixteen-by-sixteen and thirty-two-by-thirty-two pixel icon grids, and the marriage of craft and metaphor.
From the proceedings of the Electronic Computer Symposium in 1952, the remarkable Ida Rhodes describes a vision of the future…
My crystal ball reveals Mrs. Mary Jones in the living room of her home, most of the walls doubling as screens for projected art or information. She has just dialed her visiophone. On the wall panel facing her, the full colored image of a rare orchid fades, to be replaced by the figure of Mr. Brown seated at his desk. Mrs. Jones states her business: she wishes her valuable collection of orchid plants insured. Mr. Brown consults a small code book and dials a string of figures. A green light appears on his wall. He asks Mrs. Jones a few pertinent questions and types out her replies. He then pushes the start button. Mr. Brown fades from view. Instead, Mrs. Jones has now in front of her a set of figures relating to the policy in which she is interested. The premium rate and benefits are acceptable and she agrees to take out the policy. Here is Brown again. From a pocket in his wall emerges a sealed, addressed, and postage-metered envelope which drops into the mailing chute. It contains, says Brown, an application form completely filled out by the automatic computer and ready for her signature.
The transcript of a terrific talk on the humane use of technology.
Instead of using technology to replace people, we should use it to augment ourselves to do things that were previously impossible, to help us make our lives better. That is the sweet spot of our technology. We have to accept human behaviour the way it is, not the way we would wish it to be.
An interesting Xerox-PARC-like project dedicated to making a programmable platform out of paper and other physical objects.
A humane dynamic medium embraces the countless ways in which human beings use their minds and bodies, instead of cramming people into a tiny box of pixels.