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February 19

Next-gen Intel notebook chips to exceed 3.0GHz

 

By AppleInsider Staff

Published: 10:00 AM EST

Intel this spring will launch its next-generation Centrino notebook platform alongside a half dozen new 45 nanometer mobile chips that will eventually make their way into Apple's MacBook and MacBook Pro offerings.

The platform, long referenced by its code-name "Montevina," will be officially dubbed Centrino 2 when it makes its debut at the Computex Taipei 2008 conference, which runs June 3 - 7, according to DigiTimes.
Although Intel has used the Centrino brand name for four generations of its notebook platforms -- Carmel, Sonoma, Napa and Santa Rosa -- the unchanging brand name has reportedly resulted in lower market recognition, as consumers are sometimes unable to identify the differences.
The Santa Clara, Calif.-based chip maker hopes the new marketing strategy will "give consumers the feeling of a tangible upgrade and will hopefully spur replacement demand," according to the report.
It will simultaneously deliver six new 45-nanometer notebook processors, running at speeds between 2.26GHz - 3.06GHz, all of which will sport a 1066MHz front-side bus, compared to today's models which scale up to 2.6GHz and operate on an 800MHz bus.
In addition, DigiTimes reports that Intel will then launch seven new 45-nm small form factor processors, like those used in Apple's new MacBook Air, sometime during the third quarter of the year.
The introductions should provide Apple with a means to refresh its mainstream MacBook and MacBook Pro family of notebook systems sometime during the summer educational buying season, and its MacBook Air sub-notebook line in time for the holidays.
Meanwhile, MacBook Pro models including Intel's just-released 45-nanometer Penryn processors -- the last of the Santa Rosa generation -- remain on tap for a release anytime in the next few weeks.

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7 (More) Unusually Geeky Approaches to Graffiti: From Remote-Control Robots to Digital Pixel Writing

 

Unusually Geeky Urban Street Art Graffiti

What qualifies something as unusually geeky street graffiti? In some cases it is the content but in many instances it is the methods employed in its creation. Here are seven more geek graffiti projects that comment on and employ tools of the digital age to reinterpret traditional street art approaches or convey contemporary messages via new media.
Electronic Robotic Graffiti Writing Machine

The GraffitiWriter is a remote-control robot that can write any programmed or instructed text message on the ground as it travels at speeds of up to 8 miles per hour. This dot matrix printer-on-wheels circumvents the potential problems graffiti writers might encounter with the authorities. It can also be equipped with non-permanent rain washable paints and deploy these rather than normal graffiti sprays as it traverses the urban environment.

Geek Digital Virtual Graffiti Art Project

The PixelRoller is an intentional cross between conventional and manual printing methods, combining the ease of computer-age printing with the creativity of manual printing. This graffiti creation tool can be programmed to print any number of patterns with uniqueness and variability contingent upon the way these patterns are then ‘rolled’ on to a surface.

CNC Laser Cut Sculpture Graffiti Art Installation

A few magnets, cheap cardboard, a laser cutter and a few other odds and ends were used to create the so-called CCTV Reminder. The basic idea is to leave non-operational reminders of the closed circuit television surveillance one might find oneself in when in various public contexts. In addition to the silhouette of a camera a simply battery-operated red light adds a final jarring touch of realism.

Magnetic Sticky Graffiti Light Art Strips

The Graffiti Research Lab, known for architectural light projection graffiti and other projects, developed the ElectroGraff method for embedding movable LED display electronics. Using conductive spray-paint and magnetic paint they are able to attach the display elements and power them without recourse to traditional and more-visible methods.

Hello My Name is Geek Graffiti Sticker Tagging

This simple Hello Nametag device replicates a common mode of self-labeling found in stranger-filled situations like business conferences and reapplies them to objects in the public realm. Programmed to speak the name of any desired urban furniture these can be stuck to virtually any surface and invite interaction by passers by.

ASCII Geek Graffiti Digital Art Examples

Ascii Graffiti is perhaps some of the earliest computer geek-oriented graffiti around. While it rarely leaves the digital realm it does appropriate compositional and stylistic conventions from traditional spray-painted graffiti and reinterprets them for computer display.

Perhaps the ultimate in digital-age geek graffiti, Tagging in Motion (shown above) is a kind of three-dimensional street graffiti using a virtual reality interface coupled with digital rendering. The graffiti artist is taped by multiple cameras throughout his spraying motions in 3D space, generating street art that requires no physical surface and leaves no trace in physical reality like other creative urban light art.

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Mysteries of computer from 65BC are solved

 

· Mechanism hailed as more valuable than Mona Lisa
· Device with gear wheels tracked sun and moon

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This article appeared in the Guardian on Thursday November 30 2006 on p12 of the National news section. It was last updated at 15:26 on October 11 2007.

A reconstruction of the Antikythera mechanism

A reconstruction of the Antikythera mechanism. Photograph: Louisa Gouliamaki/AFP/Getty

A 2,000-year-old mechanical computer salvaged from a Roman shipwreck has astounded scientists who have finally unravelled the secrets of how the sophisticated device works.

The machine was lost among cargo in 65BC when the ship carrying it sank in 42m of water off the coast of the Greek island of Antikythera. By chance, in 1900, a sponge diver called Elias Stadiatos discovered the wreck and recovered statues and other artifacts from the site.

The machine first came to light when an archaeologist working on the recovered objects noticed that a lump of rock had a gear wheel embedded in it. Closer inspection of material brought up from the stricken ship subsequently revealed 80 pieces of gear wheels, dials, clock-like hands and a wooden and bronze casing bearing ancient Greek inscriptions.

Since its discovery, scientists have been trying to reconstruct the device, which is now known to be an astronomical calendar capable of tracking with remarkable precision the position of the sun, several heavenly bodies and the phases of the moon. Experts believe it to be the earliest-known device to use gear wheels and by far the most sophisticated object to be found from the ancient and medieval periods.

Using modern computer x-ray tomography and high resolution surface scanning, a team led by Mike Edmunds and Tony Freeth at Cardiff University peered inside fragments of the crust-encased mechanism and read the faintest inscriptions that once covered the outer casing of the machine. Detailed imaging of the mechanism suggests it dates back to 150-100 BC and had 37 gear wheels enabling it to follow the movements of the moon and the sun through the zodiac, predict eclipses and even recreate the irregular orbit of the moon. The motion, known as the first lunar anomaly, was developed by the astronomer Hipparcus of Rhodes in the 2nd century BC, and he may have been consulted in the machine's construction, the scientists speculate.

Remarkably, scans showed the device uses a differential gear, which was previously believed to have been invented in the 16th century. The level of miniaturisation and complexity of its parts is comparable to that of 18th century clocks.

Some researchers believe the machine, known as the Antikythera Mechanism, may have been among other treasure looted from Rhodes that was en route to Rome for a celebration staged by Julius Caesar.

One of the remaining mysteries is why the Greek technology invented for the machine seemed to disappear. No other civilisation is believed to have created anything as complex for another 1,000 years. One explanation could be that bronze was often recycled in the period the device was made, so many artefacts from that time have long ago been melted down and erased from the archaelogical record. The fateful sinking of the ship carrying the Antikythera Mechanism may have inadvertently preserved it. "This device is extraordinary, the only thing of its kind," said Professor Edmunds. "The astronomy is exactly right ... in terms of historic and scarcity value, I have to regard this mechanism as being more valuable than the Mona Lisa." The research, which appears in the journal Nature today, was carried out with scientists at the National Archaeological Museum of Athens where the mechanism is held and the universities of Athens and Thessaloniki.

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Introduction

 

andLinux is a complete Ubuntu Linux system running seamlessly in Windows 2000 based systems (2000, XP, 2003, Vista [32-bit only]). This project was started for Dynamism for the GP2X community, but its userbase far exceeds its original design. andLinux is free and will remain so, but donations are greatly needed.

andLinux uses CoLinux as its core which is confusing for many people. CoLinux is a port of the Linux kernel to Windows. Although this technology is like VMware or Virtual PC, CoLinux differs itself by being more of a merger of Windows and the Linux kernel and not an emulated PC, making it more efficient. Xming is used as X server and PulseAudio as sound server.

andLinux is not just for development and runs almost all Linux applications without modification.


Screenshot (click to enlarge)

To start Linux applications, you may either use the XFCE Panel:


The XFCE Panel

Or, you may choose to use the andLinux Launcher, which ships with andLinux since Beta 1. It consists of:

  • quicklaunch icons (e.g. for the file manager or the terminal)
  • a start menu in the system tray (next to the clock) which can be adapted to your own needs
  • so-called Explorer shell extensions, i.e. context menu item, with which you can open a folder in the file manager / terminal or open a file with the text editor
  • file type associations at your choice (e.g. for KOffice files, .tex / .dvi / .ps / .pdf files)
  • andCmd.exe to run linux commands from Windows scripts


Quicklaunch icons (XFCE version)


Quicklaunch icons (KDE version)


Start menu (XFCE version)


Start menu (KDE version)


Open a folder with Konqueror or Konsole


Open a file with Kate

Requirements

  • OS: Windows 2000 / XP / 2003 / Vista [32-bit only]
  • Memory: at least 128 MB (192 MB or more is recommended)
  • Hard disk space: 2.5 GB (XFCE version) / 4.5 GB (KDE version)
    Note that you need an NTFS file system (which is default since Windows 2000) because you can't create files larger than 2 GB on FAT(32) file systems!
  • A good internet connection (to be able to install further applications)
  • Some basic Linux skills to proceed once andLinux is installed

What you will get

You will get:

  • a fully functional Linux system, however without the usual desktop (you've already got one from Windows)
  • a second panel (e.g. at the top of your Windows desktop) or a second start menu (in the system tray next to the clock), from which you can start Linux applications
  • Linux applications and Windows applications can be used simultaneously and you can cut and paste text between them
  • apt / synaptic to install further applications

You will NOT get:

  • another desktop
  • the bench of applications that usually ship with Linux distributions (you have to fetch whatever you want)
  • a printer driver
  • trouble with further drivers ;-)

Security warning: It is recommended to use andLinux only on single-user-PCs or in a trustworthy environment because the communication with the X-Server and the launcher is not secured, i.e., every user who can login to Windows can access andLinux.

http://www.ie16.com

Harvard Site Hacked and Then Leaked on BitTorrent

 

Posted February 18th, 2008 by Alex Ion

You know the saying “it can happen to the best of us”? Though Harvard is not the most secured place in the world, we expected better security from them. Apparently, the Harvard Graduate School of Arts and Sciences website has been hacked and the content is now leaked on BitTorrent.

“This is the backup of gsas.harvard.edu. We have release it because we want demonstration the insecurity of harvard’s server. [….] Maybe you don’t like it but this is to demonstrate that persons like tgatton(admin of the server) in they don’t know how to secure a website.”is what you can read in the .nfo file. I guess the hacker made his point, even if it’s sloppy English.

Harvard Hacked

The Pirate Bay are already tracking a 125MB zip file that is supposed to be a server backup of the site with a full directory structure, before the hit. It contains three databases, joomla.slq the main database, contacts.sql which is a database of contacts and hgs.sql which may not be that important. Another bad thing is that the file is supposed to contain passwords, too.

Right now GSAS is down, so I can only speculate they are trying to fix this major security breach. Can you imagine how Thomas Gatton (the admin) is feeling right now, because he’s a Systems Administrator and User Support Specialist at Harvard.

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