Doug Engelbart has died
ietf.org
ietf.org
At some point, Eric and his then-wife Christine decided that the message was getting out too slowly, so they created the Foresight Institute and had a conference. So few people showed up that we held it in the same little church. We thought, given the implications for such things as life extension, that it was pretty funny to have the speakers literally preaching from the pulpit with the listeners sitting in the church pews. Christine was in the church kitchen making peanut butter and jelly sandwiches, which was the conference lunch banquet. A PBJ, a banana, and a napkin in a paper bag.
I picked up my brown bag and walked into the small inner courtyard to sit. An older gentleman on a bench beckoned to me to join him. We chatted about the amazing implications of nanotechnology to change everything about human life. I expressed amazement that so few seemed to care. He told me that big ideas could take a surprisingly long time to become part of real life, something he'd seen again and again.
I kept thinking that he looked familiar. I introduced myself. He stuck out his hand: "I'm Doug."
It was his goal of greatly increasing the abilities of an individual human, as well as increasing the ability of groups of people to work together towards a goal that will remain timeless and inspirational long after everything he created has entered the realm of the pedestrian.
Ultimately, most of the problems we face on the planet are of human origin, and even for those that aren't the solution will need to be created by us as well. As a meta-machine, a machine that can embody and or imitate almost all other mediums, the computer offers a unique opportunity to augment and enhance the reach of humanity.
As the last few weeks have shown us, this reach can be extended in a negative fashion, and can be used to complicate the problems we already face.
But Doug Engelbart saw the other side of the coin, that the computer can be used to free and uplift us, and help us come together like never before. He saw this earlier than most and he pursued it further than most. And so we can follow along in his wake and add our efforts to his, and to the greater goal of extending humanity in a positive direction.
I'll finish by encouraging everyone reading this to take a few minutes now, and perhaps every few days from here on out to think about what efforts we can each make towards furthering Dr. Engelbart's ultimate goals. Not in the spirit of guilt or of shame, but instead as an inspiration. If one man, guided by a vision of using the computer to positively affect the course of human development, can accomplish this much in a few decades, how much further could we get with each of us working as well? I hope to do what I can, and I thank Douglas Engelbart for his efforts to help guide my way.
Edit: link had been to http://www.youtube.com/watch?v=yJDv-zdhzMY but a user below posted this archive.org link which is better. Thanks, mxfh!
It's the perfect example of a practical solution Doug invented decades ago that still hasn't been matched by today's technology.
P.S. I was never able to find the link after I saw it once, so if someone here knows where to find it; please let me know.
I just told one my co-workers about this and he nearly broke down crying. I asked him who he was and he went into the same example you gave. To say he was ahead of his time is an understatement.
Always sad to lose such a visionary. I'm just learning about some of these incredible people and their amazing contributions.
See Max Jammer's Conceptual Development of Quantum Mechanics as a model. He was interviewing the Old Ones before they passed on.
Herbert Simon[1]
Norbert Weiner[2]
Marvin Minsky[3]
Richard Greenblatt[4]
Bill Gosper[5]
John McCarthy[6]
Barbara Liskov[7]
J.C.R. Licklider[8]
Edit: and, of course, we can't neglect Vannevar Bush[9] or Claude Shannon[10] either.
etc...
[1]: http://en.wikipedia.org/wiki/Herbert_A._Simon
[2]: http://en.wikipedia.org/wiki/Norbert_Wiener
[3]: https://en.wikipedia.org/wiki/Marvin_Minsky
[4]: http://en.wikipedia.org/wiki/Richard_Greenblatt_(programmer)
[5]: http://en.wikipedia.org/wiki/Bill_Gosper
[6]: http://en.wikipedia.org/wiki/John_McCarthy_%28computer_scien...
[7]: http://en.wikipedia.org/wiki/Barbara_Liskov
[8]: http://en.wikipedia.org/wiki/J.C.R._Licklider
Is there any particular order I should tackle these?
Artificial Life
and
Hackers: Heroes Of The Computer Revolution
That said, the stuff Claude Shannon did basically established the field of Information Theory[1], which underpins huge swathes of our modern digital world. You could do worse than reading up on him.
I've read several accounts of this presentation ( one is in _What the Dormouse Said_ ), but don't recall an explanation.
"Engelbart referred to the on-screen cursor as a "bug" or a "tracking spot," and there were occasionally odd buzzing sounds in the background as he executed commands at the keyboard. The group had been experimenting with using the computer to generate different tones depending upon what was being executed, as a way of creating auditory feedback."
Looks like a pretty uniform buzz, too
http://archive.org/details/XD300-23_68HighlightsAResearchCnt...
I will say though that taking a look at it for just a few minutes is incredibly inspiring. It's a reminder that with enough passion and determination to push the boundaries of current technologies, anyone can become an innovator who sets in motion a wave of changes that effects the lives of everyone on this planet.
We're not catching up, we're going back to it. Just this time we have dumb terminals just as powerful as the server that is doing things but relegated to doing nothing but displaying markup. It wouldn't surprise me if cost of the terminal compared to the cost of a central server at the time factored into his views.
The man was amazing, it is not often that one man can make such a impact on the everyday lives of so many, but in this case he missed where computing was going. Oddly, his creation of the mouse made personal computers more accessible to everyone.
I have a fabulously powerful personal workstation on my desk, a slimmer, more modest one in my bag, a thin client in my pocket, and a bunch of upstream data centers that provide amazing services.
Some people might hanker for a completely decentralized P2P model of the Internet, and BitTorrent shows this is still hugely relevant. But practical issues of bandwidth mean that there will always be a place for locality-exploiting concentrations of CPU and storage in data centres.
Still, the meta-point holds: centralized power lacks robustness (e.g. to corruption and/or the stupidity of a relative few), but has big advantages over widely distributed systems in terms of communication latency and bandwidth that enable efficiency. We're sloshing around dynamically trying combinations, but we should expect to always see some centralized (opportunities for efficiency) and some distributed (opportunities for robustness) stuff going on.
The conflict was both technical and social: the younger programmers came from an era where centralized power was highly suspect
How about, instead of using labels like "liberal vs socialist" to express your point, you actually describe what you mean? Because you clearly haven't conveyed the contrast between Engelbart and the "younger programmers" that you wanted to.
You seem to like Wikipedia, so I suggest you go read up on it.
And please read what was actually written.
I was not expressing a point I was thanking someone for giving me a new perspective on things.
Whether your understanding of the words socialism & liberalism allow you to understand that is really not of my concern.
Years ago, at one of the first conferences on interactive computer, after people spent all day presenting their new work, Andy van Dam--builder of the first hypertext system with Ted Nelson who named it--stood up and said "you should all be ashamed that you don't know your history. Doug Engelbart invented almost everything presented here years ago." And he was right.
I hope a lot of you are watching The Mother of All Demos http://archive.org/details/XD300-23_68HighlightsAResearchCnt.... But it's worth reading and understanding the reasons why Doug was working on all of this.
Doug and his crew at SRI had the goal of "human augmentation". Everyone else at the forefront of the computer industry thought we'd have general AI by the 1970s. They instead believed that GAI wasn't within reach. They believed that the things we wanted to build and accomplish as a society weren't doable with the communication tools we had.
They had the idea that computers could be tools to help individuals work. Since computers were multi-million dollar calculating machines, the idea that people would have a computer at their desk and that they'd help us to communicate and manage information was beyond-out-there.
http://www.dougengelbart.org/pubs/augment-3906.html
But after leaving Engelbart's group at SRI, lots of his team joined PARC and built the modern GUI and networking.
For a history of the details, I highly recommend reading Markoff's What the Dormouse Said http://www.amazon.com/What-Dormouse-Said-Counterculture-Pers...
[Bonus: If you like Engelbart's MOAD, also watch Ivan Sutherland's Sketchpad Demo.]
I only tend to comment about once-a-year on HN, but it would be impossible not to say something about Doug and the impact he's had on our world.
Edit: Sutherland's Sketchpad http://www.youtube.com/watch?v=USyoT_Ha_bA
Oral history for people who want to learn more about him:
http://www-sul.stanford.edu/depts/hasrg/histsci/ssvoral/enge...
Around 1960, most were still thinking of the computer as a sophisticated calculator. You give it a problem, it spits out an answer. Even the idea of artificial intelligence was framed this way.
Engelbart realized the potential of the computer to augment human intelligence. High bandwidth, continuous interaction between human and computer allows the computer to be an extension of the mind. Chasing this vision led him and his team to naturally invent the mouse, bitmapped screens, hypertext, networked computers, etc.
IMO, more important than these individual inventions is Engelbart's foundational principle that technologies change what the mind is capable of thinking. And by augmenting our thinking, we enable ourselves to create new technologies. Mind and technology co-evolve. This is "bootstrapping" in the purest sense and the source of that profound feeling many of us have experienced while augmenting our minds through programming and other rich, creative interactions with computers.
It promised to augment the person running the program, to do for their brain what word-processing did for text.
It was darn nifty, but a bit beyond me at the time. Couldn't get my boss interested, and I moved on.
Does anyone have a clue what that could have been called?
Edit: HyPerform, by N. Dean Meyer. I never thought I could google that, today of all days.
I wish I'd kept that floppy. It was a full working copy, and the printed instruction manual. I have no idea how I acquired it, at this late date.
Perhaps it was sitting around in the server 'room' where I was working: lots of engineers there (including my boss) and it seems like the kind of thing he'd have been interested in.
Big ideas definitely take time to catch on.
I tentatively thought it was "TheBrain", but that's a bit later, and I was working out if there's any link between Harlan Hugh and Engelbart.
Which led me to the wiki page for NLS which contains the line ...
"The HyPerform program sold by NDMA Inc. is a descendant of NLS and Augment."
Which made my brain go 'that's it' and google confirmed it.
Sadly, the open and collaborative tone of the Internet that we've come to consider as automatic and natural is becoming less and less automatic and natural as people put things in walled gardens using weird non-standard rapidly-changing protocols and close access to anyone not using The Official Client.
Bootstrapping: Douglas Engelbart, Coevolution, and the Origins of Personal Computing http://www.amazon.com/Bootstrapping-Engelbart-Coevolution-Pe...
(edited to add that Christina is his daughter, and if you can find a cctalk archive, or subscribe and just missed it, its dated 6:31 and AEK forwarded it onto the list this morning.)
http://gigaom.com/2013/07/03/doug-engelbart-american-invento...
but I do not know how Rheingold get the news
This source doesn't state that he's died. This just seems to be completely unsubstantiated at this point, especially as there's no mention of this anywhere else.
For whatever reason HN had a snafu and didn't delete it when I hit the delete button. Now the comment is completely incorrect, undeletable, and uncorrectable!
Your link makes a lot more sense now, but I'm still confused why so many people upvoted it before it was corrected to a better link that corroborated the title!
> first time, too
Welcome! :-)
It may be a bit sad to think that so many don't know his name, blindly believing the mouse was invented by Xerox, that the Internet was invented by Tim-Berners Lee, but in the end, does it really matter? To Doug, all that mattered was being visionary and helping people. It would do good for all of us here at HN to follow his example. Humans only get one shot, and Dr. Doug Engelbart nailed it.
P.S., thanks PG for the black topbar. A fitting sign of respect for a very great man.
I'm planning to project the MOAD at College tomorrow. And trying to persuade digital galleries and hacker spaces to do likewise.
Moggridge's book on design Designing Interactions has a good section on Englebart and the activities of his students. Example: in this text box, I have a caret that fits in the space between the characters I am typing. I can insert text wherever I place that caret with my mouse.
What I remember from that day was that he was very, very humble with a great sense of humor.
He was truly one of those Xerox Parc giants upon whose shoulders our entire industry rests upon.
>>>Two other occasional visitors were high school students Steven Jobs and Stephen Wozniak, who hung out at SAIL [Stanford Artificial Intelligence Laboratory], with an older friend, Allen Baum, who was working at the laboratory during the fall of 1970. Jobs later said that the “vibrations” he felt at SAIL would stay with him his entire life. The bewitched Wozniak rode his bike up to the laboratory from his home in Los Altos, and he later said that his experiences there contributed to his hunger for his own computer.
SAIL was one of the core places of the computing revolution, from which The Mother of All Demos by Doug Engelbart was spawned. That demo happened in 1968, when Jobs was twelve or thirteen, and influenced everything that came afterwards in computing.
http://Collaborapologist.com/ http://CommunityOfImpact.info
Thanks, Doug
A friend - Sam
The history of Engelbart's approach to HCI (Augmentation of the Intellect, or IA) and its more-or-less friendly rivalry with AI is quite interesting. AI got more of the research money back in the day, but IA seems to have been more generally successful, although not under that rubric. And nowadays, the borders between them are blurring as humans and computation get more closely connected.
Augmenting Human Intellect: A Conceptual Framework
He got to pass on after seeing his vision come to life. It must have been an amazing experience for him.
Go figure! A true visionary... He will be missed for sure.