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IEEE Spectrum is publishing a six-part series exploring the human history of AI. the_newsbeagle writes: The 19th century British engineer Charles Babbage is sometimes called the father of the computer. But his first design for a massive computing machine, a contraption called the Difference Engine that had some 25,000 parts, was just a giant calculator intended to handle logarithmic tables. It wasn't until he began designing his first Analytical Engine that he began to dream of a smart machine that could handle more general-purpose computations.

This short essay argues that Babbage's creative leap was inspired by an early example of AI hype: A supposed chess-playing machine called The Turk that had astounded onlookers throughout the courts of Europe. Babbage played two games against the Turk, and lost both.

"Think your vintage computer hardware is old?" writes long-time Slashdot reader corrosive_nf. "Ken Shirriff, Robert Garne, and their associates probably have you beat.

"The IBM 1401 was introduced in 1959, and these guys are keeping one alive in a computer museum... [T]he volunteers have to go digging through historical archives and do some detective work to figure out solutions to pretty much anything!" Many things that we take for granted are done very differently in old computers. For instance, the IBM 1401 uses 6-bit characters, not bytes. It used decimal memory addressing, not binary. It's also interesting how much people could accomplish with limited resources, running a Fortran compiler on the 1401 with just 8K of memory. Finally, working on the 1401 has given them a deeper understanding of how computers really work. It's not a black box; you can see the individual transistors that are performing operations and each ferrite core that stores a bit.
"It's a way of keeping history alive," says one of the volunteers at Silicon Valley's Computer History museum. "For museum visitors, seeing the IBM 1401 in operation gives them a feeling for what computers were like in the 1960s, the full experience of punching data onto cards and then seeing and hearing the system processing cards....

"So far, things are breaking slowly enough that we can keep up, so it's more of a challenge than an annoyance."

"When visiting a series of eight primary school class rooms recently, CS professor Judy Robertson talked to children aged 5-12 about how computers work and discussed pictures they drew of what they thought is inside a computer," writes Slashdot reader theodp:
"In my view," Robertson writes, "computational thinking has abstracted us too far away from the heart of computation — the machine. The world would be a tedious place if we had to do all out computational thinking ourselves; that's why we invented computers in the first place. Yet, the new school curricula across the world have lost focus on hardware and how code executes on it."

She notes, "What the pictures, and subsequent classroom discussions told me is that the children know names of components within a computer, and possibly some isolated facts about them. None of the pictures showed accurately how the components work together to perform computation, although the children were ready and willing to reason about this with their classmates. Although some of the children had programmed in the visual programming language, none of them knew how the commands they wrote in Scratch would be executed in the hardware inside a computer. One boy, who had been learning about variables in Scratch the previous day wanted to know whether if he looked in his computer he would really see apps with boxes full of variables in them."

Time to get the Walk-Through Computer (1990 video) out of mothballs?
"Many of the children knew the names of the components within a computer: a chip, memory, a disc, and they were often insistent that there should be a fan in there. They knew that there would be wires inside, and that it would need a battery to make it work...."

But one student confessed that while they knew that a computer was full of both devices and code, "I am not sure what it looked like so I just scribbled."

An anonymous reader quotes Eurogamer: Atari co-founder Ted Dabney has died, according to a close friend. Historian Leonard Herman, who told Dabney's story in an article for Edge magazine published in 2009, announced Dabney's death in a post on Facebook... Dabney, who was born in San Francisco in 1937, was diagnosed with esophageal cancer in late 2017, and, according to friends, decided against treatment after being told he had eight months to live.

In 1971 Dabney co-founded Atari predecessor Syzygy with Nolan Bushnell and developed Computer Space, the world's first commercially available arcade video game. In 1972 the pair co-founded Atari, and Computer Space was used for the basis of Pong, the video game that made the company its early-days millions. Dabney later left the company after a falling out with Bushnell.
"Nolan was not being the kind of person that I enjoyed being around any more..." Dabney remembered in a 2012 interview with the Computer History Museum. He added with a laugh that "Nolan had told me that if I didn't sell out he would transfer all the assets to another corporation and leave me with nothing anyway. So, you know, might as well sell out."

After the falling out Dabney still helped Bushnell launch Pizza Time Theater (the predecessor of Chuck E. Cheese's), later working at major tech companies like Raytheon, Fujitsu, and Teledyne, before finally buying a grocery store in California's Sierra mountains (where "my wife did all the work"). He eventually retired to northern Washington at the age of 69.

"Ted Dabney was an integral part of the early video game industry, and he literally assembled some of the hardware from which this industry was built with his own two hands," remembers Kotaku, adding "Not many people can lay claim to that kind of legacy."

Share your own favorite memories of Atari and Ted Dabney in the comments.

Computer History Museum (CHM), an institution which explores the history of computing and its impact on the human experience, announced on Tuesday the public release and long-term preservation of the Eudora source code, one of the early successful email clients, as part of its Center for Software History's Historical Source Code. The release comes after a five-year negotiation with Qualcomm. From the press release: The first version of Eudora was created in the 1980s by Steve Dorner who was working at the University of Illinois at Urbana-Champaign. It took Dorner over a year to create the first version of Eudora, which had 50,000 lines of C code and ran only on the Apple Macintosh. In 1991, Qualcomm licensed Eudora from the University of Illinois and distributed it free of charge. Qualcomm later released Eudora as a consumer product in 1993, and it quickly gained popularity. Available both for the IBM PC and the Apple Macintosh, in its heyday Eudora had tens of millions of users. After 15 years, in 2006, Qualcomm decided that Eudora was no longer consistent with their other major project lines, and they stopped development. The discussion with Qualcomm for the release of the Eudora source code by the company's museum took five years. Len Shustek, the chairman of the board of trustees of the Computer History Museum, writes: Eventually many email clients were written for personal computers, but few became as successful as Eudora. Available both for the IBM PC and the Apple Macintosh, in its heyday Eudora had tens of millions of happy users. Eudora was elegant, fast, feature-rich, and could cope with mail repositories containing hundreds of thousands of messages. In my opinion it was the finest email client ever written, and it has yet to be surpassed. I still use it today, but, alas, the last version of Eudora was released in 2006. It may not be long for this world. With thanks to Qualcomm, we are pleased to release the Eudora source code for its historical interest, and with the faint hope that it might be resuscitated. I will muse more about that later.

On Wednesday the Computer History Museum, "the world's leading institution exploring the history of computing and its transformational impact on society," proudly announced the three Fellow Award honorees for 2018:

• Dov Frohman-Bentchkowsky -- "For the invention of the first commercial erasable programmable read-only memory (EPROM), which enabled rapid development of microprocessor-based systems."
• Dame Stephanie Shirley CH -- "For a lifetime of entrepreneurship promoting the growth of the UK software industry and the advancement of women in computing."
• Guido van Rossum -- "For the creation and evolution of the Python programming language, and for leadership of its community."

"We are delighted to induct these outstanding new Fellows with diverse contributions in hardware, in services, and in software," said Len Shustek, the Museum's board chairman. "They are true heroes of the Digital Age."

On Wednesday the Computer History Museum, "the world's leading institution exploring the history of computing and its transformational impact on society," proudly announced the three Fellow Award honorees for 2018:

• Dov Frohman-Bentchkowsky -- "For the invention of the first commercial erasable programmable read-only memory (EPROM), which enabled rapid development of microprocessor-based systems."
• Dame Stephanie Shirley CH -- "For a lifetime of entrepreneurship promoting the growth of the UK software industry and the advancement of women in computing."
• Guido van Rossum -- "For the creation and evolution of the Python programming language, and for leadership of its community."

"We are delighted to induct these outstanding new Fellows with diverse contributions in hardware, in services, and in software," said Len Shustek, the Museum's board chairman. "They are true heroes of the Digital Age."

On Wednesday the Computer History Museum, "the world's leading institution exploring the history of computing and its transformational impact on society," proudly announced the three Fellow Award honorees for 2018:

• Dov Frohman-Bentchkowsky -- "For the invention of the first commercial erasable programmable read-only memory (EPROM), which enabled rapid development of microprocessor-based systems."
• Dame Stephanie Shirley CH -- "For a lifetime of entrepreneurship promoting the growth of the UK software industry and the advancement of women in computing."
• Guido van Rossum -- "For the creation and evolution of the Python programming language, and for leadership of its community."

"We are delighted to induct these outstanding new Fellows with diverse contributions in hardware, in services, and in software," said Len Shustek, the Museum's board chairman. "They are true heroes of the Digital Age."

On Wednesday the Computer History Museum, "the world's leading institution exploring the history of computing and its transformational impact on society," proudly announced the three Fellow Award honorees for 2018:

• Dov Frohman-Bentchkowsky -- "For the invention of the first commercial erasable programmable read-only memory (EPROM), which enabled rapid development of microprocessor-based systems."
• Dame Stephanie Shirley CH -- "For a lifetime of entrepreneurship promoting the growth of the UK software industry and the advancement of women in computing."
• Guido van Rossum -- "For the creation and evolution of the Python programming language, and for leadership of its community."

"We are delighted to induct these outstanding new Fellows with diverse contributions in hardware, in services, and in software," said Len Shustek, the Museum's board chairman. "They are true heroes of the Digital Age."

Tekla Perry writes: The Computer History Museum set out to turn the spotlight on software engineers and show how they are the changing the world. But what projects to feature in the new, permanent exhibit [called "Make Software: Change the World!"] (that opens to the public this Saturday, January 28th)? The curators whittled a list of 100 technologies that owe their existence to breakthroughs in software down to seven: Photoshop, the MP3, the MRI, car crash simulation, Wikipedia, texting, and World of Warcraft. They expect these choices to be debated at length, in particular, World of Warcraft, but hope the exhibition elevates the prominence of software engineers and gets more than a few middle schoolers talking about targeting their career plans in that direction.

Tekla Perry writes: The Computer History Museum set out to turn the spotlight on software engineers and show how they are the changing the world. But what projects to feature in the new, permanent exhibit [called "Make Software: Change the World!"] (that opens to the public this Saturday, January 28th)? The curators whittled a list of 100 technologies that owe their existence to breakthroughs in software down to seven: Photoshop, the MP3, the MRI, car crash simulation, Wikipedia, texting, and World of Warcraft. They expect these choices to be debated at length, in particular, World of Warcraft, but hope the exhibition elevates the prominence of software engineers and gets more than a few middle schoolers talking about targeting their career plans in that direction.

Long-time Slashdot reader theodp writes: If you're a wealthy techie looking for a way to establish your legacy, the City of Sarasota has a 117,000-square-foot children's science museum that's vacant and could use a little TLC. Housed on prime Bayfront property, the building that once housed the Gulf Coast Wonder and Imagination Zone might make a fine children's computer museum.

So in case any of those CEOs who stress the importance of getting children interested in CS are reading and want to put their money where their mouth is, any suggestions about what a kids' version of the Computer History Museum should look like? Something like an Apple Store? Microsoft Store? Something else?
There's often criticism about the ways computer science gets taught in schools -- so leave your suggestions in the comments. What would a good children's computer museum look like?

An anonymous reader writes from IEEE Spectrum: The year before his death in 1994, Gary Kildall -- inventor of the early microcomputer operating system CP/M -- wrote a draft of a memoir, "Computer Connections: People, Places, and Events in the Evolution of the Personal Computer Industry." He distributed copies to family and friends, but died before realizing his plans to release it as a book. This week, the Computer History Museum in Mountain View, with the permission of Kildall's children, released the first section and it is available for a free download. The rest of it, which they say did not reflect his true self, will not be made public.

mcpublic writes: Today is the 44th anniversary of the Intel 4004, the pioneering 4-bit microprocessor that powered the first electronic taxi meters. According to the unaffiliated (and newly renamed) Intel 4004 45th Anniversary Project web site, they have just re-created the complete set of VLSI mask artwork for the 4004 using scalable vector graphics, and updated their Busicom 141-PF calculator replica aimed at collectors and hobbyists. Included is some interesting historical perspective: Back in the early 1970s, there was no electrical CAD software, design-rule checkers were people, and VLSI lithographic masks were hand-crafted on giant light tables by unsung "rubylith cutters."

zonker writes: In 1970, the Xerox Corporation established the Palo Alto Research Center (PARC) with the goal to develop an "architecture of information" and lay the groundwork for future electronic office products. The pioneering Alto project that began in 1972 invented or refined many of the fundamental hardware and software ideas upon which our modern devices are based, including raster displays, mouse pointing devices, direct-manipulation user interfaces, windows and menus, the first WYSIWYG word processor, and Ethernet.

The first Altos were built as research prototypes. By the fall of 1976 PARC's research was far enough along that a Xerox product group started to design products based on their prototypes. Ultimately, ~1,500 were built and deployed throughout the Xerox Corporation, as well as at universities and other sites. The Alto was never sold as a product but its legacy served as inspiration for the future.

With the permission of the Palo Alto Research Center, the Computer History Museum is pleased to make available, for non-commercial use only, snapshots of Alto source code, executables, documentation, font files, and other files from 1975 to 1987. The files are organized by the original server on which they resided at PARC that correspond to files that were restored from archive tapes. An interesting look at retro-future.

An anonymous reader writes "Microsoft, along with the Computer History Museum, has posted the source code for MS-DOS 1.1 and 2.0, and Word for Windows 1.1a. It's been a long time coming — DOS 2.0 was released for IBM PCs in 1983, and Word for Windows 1.1a came out in 1990. The museum, with Microsoft's consent, has made the code available for non-commercial use. They've also explained some of the history of this software's development: '[In August, 1980], IBM had already contracted with Microsoft to provide a BASIC interpreter for the PC, so they asked them to investigate also providing the operating system. Microsoft proposed licensing "86-DOS", which had been written by Tim Paterson at Seattle Computer Products (SCP) for their 8086-based computer kit because the 16-bit version of CP/M was late. When SCP signed the licensing deal [7] with Microsoft, they didn't know for sure who the computer manufacturer was. Paterson said "We all had our suspicions that it was IBM that Microsoft was dealing with, but we didn't know for sure." [1] He left SCP to work for Microsoft in 1981. "The first day on the job I walk through the door and 'Hey! It's IBM.'" Microsoft originally licensed 86-DOS in December 1980 for a flat fee of $25,000. By the next summer they recognized the importance of owning it and being able to license it to other companies making IBM-PC clones, so they purchased all rights for an additional $50,000.'"

An anonymous reader writes "Microsoft, along with the Computer History Museum, has posted the source code for MS-DOS 1.1 and 2.0, and Word for Windows 1.1a. It's been a long time coming — DOS 2.0 was released for IBM PCs in 1983, and Word for Windows 1.1a came out in 1990. The museum, with Microsoft's consent, has made the code available for non-commercial use. They've also explained some of the history of this software's development: '[In August, 1980], IBM had already contracted with Microsoft to provide a BASIC interpreter for the PC, so they asked them to investigate also providing the operating system. Microsoft proposed licensing "86-DOS", which had been written by Tim Paterson at Seattle Computer Products (SCP) for their 8086-based computer kit because the 16-bit version of CP/M was late. When SCP signed the licensing deal [7] with Microsoft, they didn't know for sure who the computer manufacturer was. Paterson said "We all had our suspicions that it was IBM that Microsoft was dealing with, but we didn't know for sure." [1] He left SCP to work for Microsoft in 1981. "The first day on the job I walk through the door and 'Hey! It's IBM.'" Microsoft originally licensed 86-DOS in December 1980 for a flat fee of $25,000. By the next summer they recognized the importance of owning it and being able to license it to other companies making IBM-PC clones, so they purchased all rights for an additional $50,000.'"

theodp writes "Speaking at a memorial event for the legendary Douglas Engelbart at the Computer History Museum, Ted Nelson was pissed-with-a-capital-P. Nelson in effect gave two powerful eulogies — one for his friend Dr. Engelbart, who left this Earth in July, and a second for Engelbart's career, which essentially began 'dying' four decades earlier due to short-sighted organizations' failure to fund the brilliant guy who gave the world The Mother of All Demos in 1968. 'Let us never forget that Doug Engelbart was dumped by ARPA,' Nelson laments. 'Doug Engelbart was dumped by SRI, Doug Engelbart was snubbed by Xerox PARC, and for the rest of his working life he had no chance to take us further...Just as we can only guess what John Kennedy might have done, we can only guess what Doug Engelbart might have done had he not been cut down in his prime.' It's a very moving and passionate speech (despite some oddly inappropriate audience laughter). And, alas, a very sad one in a world that throws $4 billion at the likes of Snapchat and Pinterest."

gbooch writes "The Computer History Museum in Mountain View, California, is not just a museum of hardware, but also of software. The Museum has made public such gems as the source code for MacPaint, Photoshop, and APL, and now code from the Apple II. As their site reports: 'With thanks to Paul Laughton, in collaboration with Dr. Bruce Damer, founder and curator of the Digibarn Computer Museum, and with the permission of Apple Inc., we are pleased to make available the 1978 source code of Apple II DOS for non-commercial use. This material is Copyright © 1978 Apple Inc., and may not be reproduced without permission from Apple.'"

gbooch writes "With the permission of Adobe Systems, the Computer History Museum has made available the source code for Photoshop version 1.0.1, comprising about 128,000 lines of code within 179 files, most of which is in Pascal, the remainder in 68000 assembly language. This the kind of code I aspire to write. The Computer History Museum has earlier made available the source code to MacPaint."

gbooch writes "With the permission of Adobe Systems, the Computer History Museum has made available the source code for Photoshop version 1.0.1, comprising about 128,000 lines of code within 179 files, most of which is in Pascal, the remainder in 68000 assembly language. This the kind of code I aspire to write. The Computer History Museum has earlier made available the source code to MacPaint."

mcpublic writes "For years the Computer History Museum has been quietly collecting and displaying the computational relics of yesteryear. Now, finally the New York Times Arts Section shines the spotlight on this most nerdy of museums. Speak Steampunk? You can find a working replica of Babbage's Difference Engine in the lobby of the museum's Mountain View, California home. Of course, the vast majority of the collection is electronic, and though 'big iron' is king, that hasn't stopped dedicated volunteers from bringing back to life pioneering 'mini' computers like the 1960 PDP-1 and the first video game software ever: Spacewar!"

mcpublic writes "For years the Computer History Museum has been quietly collecting and displaying the computational relics of yesteryear. Now, finally the New York Times Arts Section shines the spotlight on this most nerdy of museums. Speak Steampunk? You can find a working replica of Babbage's Difference Engine in the lobby of the museum's Mountain View, California home. Of course, the vast majority of the collection is electronic, and though 'big iron' is king, that hasn't stopped dedicated volunteers from bringing back to life pioneering 'mini' computers like the 1960 PDP-1 and the first video game software ever: Spacewar!"

mcpublic writes "For years the Computer History Museum has been quietly collecting and displaying the computational relics of yesteryear. Now, finally the New York Times Arts Section shines the spotlight on this most nerdy of museums. Speak Steampunk? You can find a working replica of Babbage's Difference Engine in the lobby of the museum's Mountain View, California home. Of course, the vast majority of the collection is electronic, and though 'big iron' is king, that hasn't stopped dedicated volunteers from bringing back to life pioneering 'mini' computers like the 1960 PDP-1 and the first video game software ever: Spacewar!"

gbooch writes "The Computer History Museum, located in Mountain View, California, is not only a museum of hardware but also a museum of software. Today, with the permission of Apple, the Museum has made available the original source code of MacPaint. MacPaint was written by Bill Atkinson, a member of the original Macintosh development team. Originally called MacSketch, he based it on his earlier LisaSketch (also called SketchPad) for the Apple Lisa computer. Bill started work on the Macintosh version in early 1983. "

gbooch writes "The Computer History Museum, located in Mountain View, California, is not only a museum of hardware but also a museum of software. Today, with the permission of Apple, the Museum has made available the original source code of MacPaint. MacPaint was written by Bill Atkinson, a member of the original Macintosh development team. Originally called MacSketch, he based it on his earlier LisaSketch (also called SketchPad) for the Apple Lisa computer. Bill started work on the Macintosh version in early 1983. "

PLATO, cradle of so many firsts, was born 50 years ago. Next week the Computer History Museum is hosting a two-day conference to celebrate the anniversary. Microsoft's Ray Ozzie, who worked on PLATO as an undergraduate, will be one of the keynote speakers. Co-producer Brian Dear has put together a list of today's technology notables and what they were doing in 1973, the year that social computing suddenly blossomed on PLATO.

theodp writes "Know someone who wants to learn to program? Paul Graham advises programmer wannabes to check out The Absolute Beginner's Guide to Programming on the Web from AppJet, which aims to be 'the funnest and easiest way for a beginner to get started programming.' Setting the guide apart from other tutorials is the ability to edit and run any of the all-Javascript examples directly in your browser. Newcomers to programming and experienced developers alike can also publish their AppJet creations on the web. Sure beats GE BASIC on the General Electric Time-Sharing Service!"

mcpublic writes, "Intel is celebrating the 35th anniversary of the Intel 4004, their very first microprocessor, by releasing the chip's schematics, maskworks, and users manual. This historic revelation was championed by Tim McNerney, who designed the Intel Museum's newest interactive exhibit. Opening on November 15th, the exhibit will feature a fully functional, 130x scale replica of the 4004 microprocessor running the very first software written for the 4004. To create a giant Busicom 141-PF calculator for the museum, 'digital archaeologists' first had to reverse-engineer the 4004 schematics and the Busicom software. Their re-drawn and verified schematics plus an animated 4004 simulator written in Java are available at the team's unofficial 4004 web site. Digital copies of the original Intel engineering documents are available by request from the Intel Corporate Archives. Intel first announced their 2,300-transistor 'micro-programmable computer on a chip' in Electronic News on November 15, 1971, proclaiming 'a new era of integrated electronics.' Who would have guessed how right they would prove to be?"

An anonymous reader writes "Public key crypto turned 30 last night, and the biggest names in crypto turned out to celebrate at an event hosted at the Computer History Museum. Voltage Security teamed with RSA to bring together some of the most famous cryptographers of yesterday (Whitfield Diffie and Martin Hellman) and today (Dan Boneh), along with luminaries Ray Ozzie, Brian Snow, and Jim Bidzos. From the ZDNet article: 'NYT reporter John Markoff, who has covered Silicon Valley for 30 years, was master of ceremonies, and started off by saying that no technology has had a more profound impact than cryptography, and that public-key cryptography has been underappreciated for its role in the Internet. Without public key cryptography, ecommerce would be an idea as opposed to an enabler of billions of daily transactions.' You can view the podcast and pictures of the event at the Voltage Security site.."

taskforce writes "Sun Microsystems Co-Founder Bill Joy claims that Apple nearly moved to Sun's SPARC chips instead of IBM's PPC platform, back in the mid-1990s. From the article: "We got very close to having Apple use Sparc. That almost happened," Joy said at a panel discussion featuring reminiscences by Sun's four cofounders at the Computer History Museum. An account of his entire presentation can be found on Cnet."

Sellam Ismail writes "The 8th annual Vintage Computer Festival is being held on November 5th & 6th at the Computer History Museum in Mountain View, California. The highlight of this year's event is a Homebrew Computer Club retrospective featuring a panel of original members of the Club including Steve Wozniak, Lee Felsenstein, and others. VCF 8.0 also brings the return of the Nerd Trivia Challenge, a game show style trivia contest for hardcore computer history buffs, and for the first time is hosting the award presentation ceremony for the International Obfuscated C Code Competition."

Dan-DAFC writes "The Bill and Melinda Gates Foundation is donating the sum of $15 million to the Computer History Museum in California, according to the BBC. The money is the biggest single gift in the museum's $125 million fund-raising campaign, which is still $50 million short of its target. The funds raised will be used to add more exhibits and educational programs."

VirtualUK writes "Back in 1974 the first 3D networked multiplayer first person shooter game Maze War set the ball rolling for todays games like Quake and Doom. Initially written on a Imlac PDS-1 players represented as an eyeball fought it out inside what could be considered a minimalistic graphical adventure in comparison to the texture mapped, hi-res extravaganzas on the shelves today. On November 6-7 at the Vintage Computer Festival 7.0 held at the Computer History Museum (Mountain View, CA) there's a special 30th anniversary special event for Maze War. Brude Damer's digibarn site has a great article about it here."

VirtualUK writes "Back in 1974 the first 3D networked multiplayer first person shooter game Maze War set the ball rolling for todays games like Quake and Doom. Initially written on a Imlac PDS-1 players represented as an eyeball fought it out inside what could be considered a minimalistic graphical adventure in comparison to the texture mapped, hi-res extravaganzas on the shelves today. On November 6-7 at the Vintage Computer Festival 7.0 held at the Computer History Museum (Mountain View, CA) there's a special 30th anniversary special event for Maze War. Brude Damer's digibarn site has a great article about it here."

RaD Man [ACiD] writes "Vintage Computer Festival 7.0 will be taking place November 6-7th at the Computer History Museum in Mountain View, California! In addition to the tours of antiquities and computer history galore, VCF 7.0 will be hosting a unique Retro Video Game Programming Challenge and presenting a number of interesting seminar speakers, such as the inventor of FidoNet, Tom Jennings. The VCF founder will also be appearing on G4TechTV's "The Screen Savers" this Tuesday, October 19th, to demonstrate some of his favorite artifacts."

RaD Man [ACiD] writes "Vintage Computer Festival 7.0 will be taking place November 6-7th at the Computer History Museum in Mountain View, California! In addition to the tours of antiquities and computer history galore, VCF 7.0 will be hosting a unique Retro Video Game Programming Challenge and presenting a number of interesting seminar speakers, such as the inventor of FidoNet, Tom Jennings. The VCF founder will also be appearing on G4TechTV's "The Screen Savers" this Tuesday, October 19th, to demonstrate some of his favorite artifacts."

RaD Man [ACiD] writes "Vintage Computer Festival 7.0 will be taking place November 6-7th at the Computer History Museum in Mountain View, California! In addition to the tours of antiquities and computer history galore, VCF 7.0 will be hosting a unique Retro Video Game Programming Challenge and presenting a number of interesting seminar speakers, such as the inventor of FidoNet, Tom Jennings. The VCF founder will also be appearing on G4TechTV's "The Screen Savers" this Tuesday, October 19th, to demonstrate some of his favorite artifacts."

Predicta Lover writes "It's widely believed that the late-50s Predicta series was the swansong for Philco. After its introduction, RCA's president David Sarnoff is quoted as having said "Philco has reinvented the industry and made TV more exciting again." Somehow, I can't imagine Bill reacting that way to an Apple product launch, at least not publicly. Years later, Philco's phenomenally-designed but questionably-engineered and over-priced TV sets are an icon of modern television design, and are even made in a stunning reproduction form. Maybe Philco would still be in business if they'd thought to shoehorn a contemporary computer into the box and put a high-resolution LCD up top (ahh, I guess that would've been tough...oh, the cruelties of history). At any rate, the researchers and designers at Onomy Labs did just that, 45 years later, and the result is an absolutely lust-worthy piece of computing hardware. Built to eventually house an experimental computer being produced by Sun Labs, the supercharged piece made its debut at their recent Open House held at the Computer History Museum.The Pedestal model that's used here was originally penned by Philco's Catherine Winkler, and is variously described as being inspired by the ideal female form and looking like a gas pump (I am not even going to touch that one). The perpetrators of this project have been mildly vilified by classic TV collectors (fearing imitators) and highly praised by most everyone else...some are calling it the 'best casemod ever'. I don't know about that, but it's definitely a beautiful object."

theodp writes "According to an SFGate.com article, PCs were supposed to kill off the mainframe, but Big Blue's big boxes are still crunching numbers, posting sales of $4.2 billion in 2003. First unveiled on April 7, 1964, the IBM mainframe computer celebrates its 40th birthday this week with a sold-out party at the Computer History Museum." The SFGate article also reveals: "Doug Balog, an IBM vice president, noted that 70 percent of the world's data are still housed in mainframe computers."

OaklyBonn writes "The Vintage Computer Festival West is happening today at the Computer History Museum in Mountain View, CA. I've been to several of these, and they're always a blast. It is always amazing to see the things that our current sotware practices treat as not currently possible on todays machines (like, why is my 1ghz XP box sooo slooow?) Did the Beagle Brothers have a pact with Satan? Are we better off today than in the past?"

OaklyBonn writes "The Vintage Computer Festival West is happening today at the Computer History Museum in Mountain View, CA. I've been to several of these, and they're always a blast. It is always amazing to see the things that our current sotware practices treat as not currently possible on todays machines (like, why is my 1ghz XP box sooo slooow?) Did the Beagle Brothers have a pact with Satan? Are we better off today than in the past?"

gosand writes "An article over at OSNews gives a nice overview of the recently re-opened Computer History Museum in Mountain View, CA. There are some good pictures in the article, and also at the Museum's website. They have a lot of very interesting computers, including an Apple I (signed by Woz), an Enigma machine, and Crays 1, 2, and 3 (yes, there was a 3!) Maybe you have something sitting in your basement that you would like to donate?"

gosand writes "An article over at OSNews gives a nice overview of the recently re-opened Computer History Museum in Mountain View, CA. There are some good pictures in the article, and also at the Museum's website. They have a lot of very interesting computers, including an Apple I (signed by Woz), an Enigma machine, and Crays 1, 2, and 3 (yes, there was a 3!) Maybe you have something sitting in your basement that you would like to donate?"

Rick the Red asks: "It seems that 3/4 of the Ask Slashdot articles are met with "Ask Google" answers. So, where do you go for answers (besides Google)? Advice (besides Dear Abby)? Opinions (besides ePinions)? If you want to know how to network one of those 4-in-1 printers, how do you find someone who's tried it? If you need help with some discontinued merchandise, who do you ask? If your pet project hits a snag, what do you do? Come on, all you "Ask Google" critics, fess up -- where do you think people should turn instead of Ask Slashdot?"

nickynicky9doors writes: "New Scientist has an interview with computer historian Michael Williams. Mr. Williams has undertaken to set up a world class computer museum. My favourite was always the Cray 2 which used artificial human blood plasma as a coolant, but the article talks of the 1965 HoneyWell kitchen computer which was built for the Neiman Marcus department store. At a cost of $10,500 it came with 2 programming manuals and a cookbook. Garbage In was by way of flickering binary switches and Garbage Out was by a row of blinking lights. There's more at www.computerhistory.org."

LineGrunt writes "Don Knuth, author of "The Art of Computer Programming" will be having a "Stump the Professor" session at Xerox PARC, Thursday November 8th at 6:30 PST. From the website: 'Stump the Professor! Don't miss this opportunity to ask Don Knuth anything and everything you ever wanted to know about computer programming. He will spontaneously answer all questions posed by the audience.' Advanced reservations are required." So if you have a chance to see one of the world's most respected computer scientists in person, sign up here for a spot.

Paul J. White writes: "Everyone in Silicon Valley will probably be there when Linus Torvalds lectures on "The Origins of Linux" in Mountain View, California on Wednesday, September 19, 2001 at 6 PM. It's bound to be interesting, so sign up early!"

Ellen Spertus writes, "La storia del museo del calcolatore Center, situato al campo di Moffett nel Mountain View, è patrocinare serie di ingranaggi del PC di Beowulf-Class denominate colloquio: Un Perpective Storico' serie di ingranaggi del PC di Beowulf-Class denominate colloquio: Uno storico Perpective' dato da Thomas Sterling, che ha condotto la squadra della NASA che ha sviluppato le prime serie di ingranaggi del PC del Beowulf-codice categoria ed è il co-author How per costruire un Beowulf. Il colloquio avverrà la sera di giovedì, il 13 aprile. RSVP entro 10 aprile. Tutto il centro di storia del calcolatore lo comunica ha dovuto essere grande."

Ellen Spertus writes, "La storia del museo del calcolatore Center, situato al campo di Moffett nel Mountain View, è patrocinare serie di ingranaggi del PC di Beowulf-Class denominate colloquio: Un Perpective Storico' serie di ingranaggi del PC di Beowulf-Class denominate colloquio: Uno storico Perpective' dato da Thomas Sterling, che ha condotto la squadra della NASA che ha sviluppato le prime serie di ingranaggi del PC del Beowulf-codice categoria ed è il co-author How per costruire un Beowulf. Il colloquio avverrà la sera di giovedì, il 13 aprile. RSVP entro 10 aprile. Tutto il centro di storia del calcolatore lo comunica ha dovuto essere grande."