Archive for the ‘Digital Dark Age’ Category

Trapped on Technology’s Trailing Edge

Tuesday, April 15th, 02008

There’s a very good article in this month’s IEEE Spectrum about the engineering challenges of replacement parts for devices intended to survive much longer than industrial cycles of obsolescence. The economics of making sure parts are available in a timely and cost effective fashion and task of designing management processes that survive long enough are discussed in depth. From the article:

Obsolescence also isn’t limited to hardware. Obsolete software can be just as problematic, and frequently the two go hand in hand. For example, an obsolescence analysis of a GPS radio for a U.S. Army helicopter found that a hardware change that required revising even a single line of code would result in a $2.5 million expense before the helicopter could be deemed safe for flight.

My favorite example device is the B52 bomber. First produced in 1946, it’s not expected to be phased out till 2017. I guess this is equivalent to 10,000 “internet years”.

 

 

History of computer memory in pictures…

Wednesday, April 9th, 02008

Royal Pingdom has a nice pictorial history of computer memory up on their blog.  While it is in no way complete, I love pictures like the one above showing women in their 2001 Space Odyssey outfits running server rooms.

Email Time Machine

Wednesday, April 2nd, 02008

This is not the first gadget to do this and it won’t be the last. TimeMachiner sends you email in the future.

Seems to work in the short term.

Timemachiner

World’s Largest Audio-Visual Archive

Saturday, March 29th, 02008

Long Now member Jonh La Grou files this report:

Will the music of Charlie Parker and Ella Fitzgerald be heard 100 generations from now? A major gift from David Packard has greatly increased the long odds on that. David’s $150M bequeath, the largest private gift ever to the U.S. legislative branch, launched the just-opened National Audio-Visual Conservation Center (NAVCC) of the National Library of Congress – the world’s largest and most comprehensive collection of films, television programs, radio broadcasts, sound recordings, and media collateral.

With stunning architecture both inside and out, the NAVCC becomes the world’s most advanced A/V archiving and restoration facility – Alexandria for the information era.

Navccbuild

The new facility atop Mount Pony VA is built into a converted cold-war era bunker previously used to store billions of paper dollars for distribution after a national emergency. When finished consolidating the Library’s massive A/V collections, the NAVCC will contain more than 4 million historic film, video, and audio recordings lining more than 90 miles of shelves across nearly 1/2 million square feet beneath 45 acres. Counting scripts, posters, and photos, the archive will host over 6 million items of historical interest.

The Library of Congress asked me to design the analog electronics that will adapt a century of legacy audio formats for digital archival storage. The electronics had to exhibit world-class performance and be self-adaptable to every known historic release format, including Edison cylinders, acoustic and electric 78s, stereo 33s, and more. For me, it’s one of life’s profound opportunities to serve an integral role in the Long Now.

Navcc

I recently spent an entire day touring the near-complete NAVCC facility: giant storage rooms crammed full of every known media playback machine (including my friend Les Paul’s multi-track prototype tape machine), a commercial-scale film development lab, one entire wing dedicated to media cleaning and restoration, scores of dedicated A/V archival transfer rooms, endless catacombs hosting 124 temperature controlled nitrate film vaults, and an authentic reproduction of David Packard’s beloved boyhood movie theatre in Palo Alto.

Navcctheater

As it becomes operational, the Pony Mountain facility will be the first archive to preserve digital content at the petabyte level. I was told that NAVCC film and video transfers use 400GB every three minutes, or more than 8 terabytes of storage per hour. Based on capacity, I estimate that the NAVCC could eventually be generating well over 20 unique petabytes per year, which could make them the world’s largest single user of hard disk memory (think Google, Wal Mart, etc..).
As the world’s most advanced digital acquisition and archiving complex, NAVCC serves as a benchmark for the global audiovisual community, many of whom are meeting this week for the 42nd annual ARSC Conference at Stanford University (Association for Recorded Sound Collections). I’ll be there today (Saturday 29/03/02008) live-archiving a collection of rare Hawaiian 78s.

“The technologies being implemented at the NAVCC are unprecedented in scale and unmatched in their capabilities anywhere else in the world”, said Greg Lukow, NAVCC Director. “Not only will these technologies enable exponential increases in the production of high-quality preservation copies of materials that are deteriorating in their current formats, but they will provide researchers with better, faster access to more of these materials in the future.”

Ironically, many of our historic audio formats (cylinders, LPs, 78s) will far outlive their original digital archives. While many of today’s HDDs have a rated “mean time before failure” of over 100 years, reliable data retention is far shorter. A friend who designs HDDs told me that a shelved (non-powered / non-refreshing) HDD shouldn’t be expected to hold reliable data much longer than ten years, if that. And writable DVD longevity isn’t much better.

This means that archivists must re-copy or auto-refresh their existing digital archives on an ongoing basis – in parallel with creating archives from original formats. Until cost-effective, ultra-long-term digital storage is achieved, “re-archiving the archives” will be standard archival procedure.

After decades of technology breakthroughs, it brings a smile to my face to think that a vinyl or lacquer platter with mechanically implanted grooves is still, by far, our longest-lived audio format.

Phongrauph

Of related interest, on Friday (28/03/02008) New York Times carried a story about the discovery of what appears to be the oldest known audio recording, predating Edison’s “Mary Had a Little Lamb” by almost twenty years. David Giovannoni will present this research and play the recording for the first time in public gathering at the Stanford ARSC conference. An MP3 copy of this historic recording can be found here.

A photo set from my visit to the NAVCC facility is here. I can be reached at JL (at sign) JPS (.) NET.

Worlds oldest audio recording

Friday, March 28th, 02008

 Red Orbit is reporting that what may be the oldest recording of the human voice known has been reproduced with the help of some folks at Berkeley Labs.  They started with paper representations of the French “phonautographs”…

The U.S. experts made high-resolution digital scans of the paper. According to First Sounds, scientists at the Lawrence Berkeley National Laboratory in California converted the scans into sound waves using technology developed to preserve and create early recordings.

“It was magical, so ethereal,” said Giovannoni. “It’s like a ghost singing to you. The fact is it’s recorded in smoke. The voice is coming out from behind this screen of aural smoke.”

This is a nice example of preservation working though an analog original, converted with digital technology and back again to analog sound.  Analog / digital hybrid preservation model seems to always have legs.

First Photo from Space

Wednesday, December 19th, 02007

Above is the first known image ever taken from space and our first image of the really ‘big here’. It was shot from a captured German V2 rocket launched after WWII from White Sands missile range. You can find more about the effort in this excellent article in Air & Space magazine (also a link to this really amazing panorama). While it feels like space imagery is something fairly new because of new tools like Google Earth, this hauntingly grainy black and white image taken over 60 years ago reminds me that the intelligence community has been seeing and using this data for a long time. Also worth noting is that while we have this first image, it is my understanding that NASA is missing a large amounts of the early satellite data due to digital data loss. This is a good case where a real film camera has helped preserve the data.

Pioneer Anomaly

Tuesday, December 11th, 02007

I have been following this interesting space craft-gone-long-term-science experiment for a while. Since being launched 1972 and 1973 the Pioneer 10 & 11 doppler based location measurements have drifted off their predicted paths . This is known as the Pioneer Anomaly and may tell us something new about physics and gravity once understood. There are some recent efforts to understand this anomaly with terrestrial based processing power (also see note below on the file format issue), and some have discussed a whole new mission around solving it. Some more links below…

UPDATE:  Looks like Turyshev’s data has yielded some interesting results that blames the uneven heating of the spacecraft for it’s drift off course.

Digitization And Its Discontents

Tuesday, November 6th, 02007

In the recent New Yorker is an excellent article by Grafton on creating the Universal Library with our modern digital tools. (sent in by Long Now member Bryan Campen) Most interesting is its historical survey of the universal library idea, which reminded me of Alex Wright’s work. The article shows how fraught with pitfalls this idea is and does a good job of teasing out which of those perils may or may not be helped by the mass digitization and web accessibility of data.

The rush to digitize the written record is one of a number of critical moments in the long saga of our drive to accumulate, store, and retrieve information efficiently. It will result not in the infotopia that the prophets conjure up but in one in a long series of new information ecologies, all of them challenging, in which readers, writers, and producers of text have learned to survive.

The Battle of Anghiari

Tuesday, October 23rd, 02007

Peter Paul Rubens's copy after The Battle of Anghiari

Peter Paul Rubens’s copy of a copy of Da Vinci’s The Battle of Anghiari

I just received this update on the lost Davinci painting The Battle of Anghiari from Davide Bocelli, a Long Now member and long time friend of the Foundation in Italy… This is a good reminder how difficult it can be to preserve one of the great masterpieces in the world (done in a very permanent media). Imagine if the Da Vinci of our time is working in electronic media…

I just found the news that in Florence some researchers from the San Diego University will work next year to discover a secret fresco by Leonardo da Vinci. The masterpiece was covered by the Medici that hated the subject, but Vasari - ordered to cover the painting - decided to protect and not to delete Leonardo’s work. He left also a suggestion for the future researchers “Cerca Trova” (Search and Find - kind of time googling?? :) ) written on a flag inside the new covering fresco.

After 32 years of researche and thanks to new technologies, we could be the first generation after centuries to see one of the most impressive, copied and forgotten pieces by Leonardo.

Links
[IT] La Repubblica Article in Italian
[EN] Wikipedia entry in English
Just one year to wait.

Best,
Davide

100,000-Year Memory Candidate

Monday, September 24th, 02007

DVDs don’t. Tape doesn’t. Paper won’t. But rock does. In fact carved rock is about the only medium we have that might last 100,000 years. Most of our current electronic media will hardly last several decades. You need to continuously migrate info from one platform to the next as the current platform crumbles beneath you.

The first enthusiasms for a new electronic platform hint that perhaps “self-assembling nanowire of germanium antimony telluride” may have a working life of 100,000 years. According to this report in Physorg, this new nanoscale memory material is not only extremely small but also extremely durable. (The original work was published in the October 2007 issue of Nature Nanotechnology, which is not online yet.)

Tests showed extremely low power consumption for data encoding (0.7mW per bit). They also indicated the data writing, erasing and retrieval (50 nanoseconds) to be 1,000 times faster than conventional Flash memory and indicated the device would not lose data even after approximately 100,000 years of use, all with the potential to realize terabit-level nonvolatile memory device density.

“This new form of memory has the potential to revolutionize the way we share information, transfer data and even download entertainment as consumers,” Agarwal said. “This represents a potential sea-change in the way we access and store data.”

Selfassemblenano
(This picture is of a different self-assembling nano circuit by IBM.)

We’ve heard that last claim before. But even if this memory would remain intact for 1,000 years, it would be a revolution in digital preservation.


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