Issue no. 5, 2006 Published: Feb 03, 2006 |
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Microsoft cannot charge fees for source code: EU |
IT giants launch EUR 60m training initiative |
Malaria and weather come under same umbrella |
Robot set loose to film your insides |
Self-improving software |
Mapping veins as a human 'bar code' |
Pigeons to get mobile-phone backpacks |
US researchers crack mystery of metallic glass |
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| Microsoft cannot charge fees for source code: EU |
The European Commission said Tuesday that Microsoft cannot charge
licensing fees for its source code unless it proves the programming is
'innovative'. Last week, Microsoft said it would license the source code
to some portions of its Windows Server Workgroup software to competitors
as a way of meeting the EU's demand for more and clearer documentation
on the protocols covered by the EU's 2004 antitrust decision.
However, not only did the body's European Commission not request source
code, but it had expressly warned Microsoft in December that access to
the source code would not solve its problems. 'It is up to Microsoft to
explain how, and why, this new idea addresses the Objection submitted in
December,' a European Commission spokesman said.
The Objection filed by the Commission charged Microsoft with not
properly documenting the protocols, and said it would start fining
Microsoft up to EUR 2m a day, backdated to December 15. Microsoft is
contesting the fine, and hopes that the source code licensing idea will
meet the EU's approval. Microsoft faces a February 15 deadline for
replying to the December Objection. |
| Information Week
Feb 01, 2006 |
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| IT giants launch EUR 60m training initiative |
A group of industry heavyweights has joined forces in a bid to help
provide IT skills training for 'under-served' communities in Europe.
The formation of the European Alliance on Skills for Employability was
announced by Microsoft, along with other members of the European
e-Skills Certification Consortium.
These include Cisco Systems, the European Computer Driving Licence
Foundation and the Examination Institute for Information Science. The
consortium has the support of State Street and Randstad.
The group aims to better co-ordinate industry and community efforts to
improve the prospects of young unemployed people, those with
disabilities and older workers. It will provide technology access and
ICT training to 20 million people in the next five years, and is
committed to investing more than EUR 60m to achieve these goals. |
| VNUnet UK
Jan 31, 2006 |
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| Malaria and weather come under same umbrella |
Today's forecast predicts heavy showers and ... a chance of mosquitoes?
That is the hope of scientists who have unveiled a weather forecasting
computer model that can provide up to five months warning of malaria
epidemics in the most vulnerable countries, allowing governments and aid
agencies to take measures against the spreading of the disease.
Malaria kills more than 1 million people each year, and infects 500
million people worldwide. Africa is home to about 90 per cent of people
affected by malaria. Because climate drives both the development of the
malaria parasite, and the behaviour of the mosquitoes that carry it,
weather forecasting can help to predict the likelihood of an outbreak.
Previous climate models have been able to predict malaria epidemics up
to one month in advance by analysing rainfall and sea surface
temperatures. The new malaria forecast model relies on a technique known
as ensemble forecasting, which combines several different climate models
into one system to provide a more accurate prediction. |
| Nature
Feb 01, 2006 |
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| Robot set loose to film your insides |
Next time you go under the knife, it may not be just the surgeon poking
about inside you. A radio-controlled robot could be roaming round in
there too, providing an extra eye for surgeons performing minimally
invasive 'keyhole' procedures.
The robot, developed by researchers at the University of Nebraska
Medical Center, Omaha, can move around inside the stomach or abdomen to
give surgeons a new perspective on the area being operated on. It also
has a retractable needle, allowing it to perform biopsies.
The device is made up of two rotating aluminium cylinders connected by a
thick axle, which carries the camera. The spiral pattern on the surface
of the cylinders allows them to grip the walls of the abdominal cavity
and move around.
The robot is only 15 millimetres in diameter, allowing it to be inserted
through the small incisions in the abdomen used for keyhole surgery. It
is controlled from a console equipped with a joystick. |
| New Scientist
Jan 26, 2006 |
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| Self-improving software |
Although some kinds of software are capable of learning, it is more
difficult to design software that learns as it works without requiring a
separate training process. But now Princeton University researchers have
designed algorithms that learn from data that they do not know anything
about ahead of time and then tune themselves to better handle those
types of data.
The key is that the algorithms learn from how the pieces of data fit
within the range of possibilities, rather than having to learn the
data's details. It turns out that even though any given piece of data is
random, individual pieces fall into relatively narrow ranges that an
algorithm can learn from. An algorithm can also improve after learning
from a relatively small number of samples.
The researchers built two self-improving algorithms, a sorting algorithm
and a clustering algorithm. Sorting algorithms put pieces of data into
some type of order and clustering algorithms group like pieces of data.
The algorithms promise to be forerunners of software that alters its
default configuration on its own as it learns how it is used. |
| Technology Research News
Jan 30, 2006 |
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| Mapping veins as a human 'bar code' |
A US medical supply company called Luminetx has developed a new method
of palm-reading that it hopes will rival fingerprinting or retinal scans
as a way to perfectly identify individuals. The technology is based on
an infrared scan of the blood cells running through veins, which is then
analysed by a computer.
Luminetx originally developed the technique as a way to help doctors and
nurses find veins in patients needing injections. But now, the company
is marketing it to banks, credit card companies and homeland-security
officials as a high-tech biometric identification tool.
Some of the older tools to uniquely identify individuals have been found
to be relatively easily bypassed. Researchers have found that
fingerprint scanners could be fooled with images lifted from Play-Doh,
for example, or a model of a finger made with dental plaster.
Reproducing a three-dimensional model of a human vein system, complete
with blood, could be more difficult, however. |
| CNET News
Feb 01, 2006 |
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| Pigeons to get mobile-phone backpacks |
A flock of pigeons wearing mobile phone-style backpacks are to be used
as air-pollution monitors.
The 20 pigeons will each carry a GPS satellite tracking receiver, air
pollution sensors and a basic mobile phone transmitter. Text messages on
air quality will be beamed back in real time to a special pigeon 'blog',
while miniature cameras slung around the birds' necks will post aerial
pictures.
The pigeons are to be released in August into the smog-filled skies over
San Jose in California. Researcher from the University of California at
Irvine built a prototype of the pigeons' equipment, containing a mobile
phone circuit board with SIM card and communication chips, a GPS
receiver and sensors capable of detecting monoxide and nitrogen dioxide. |
| The Scotsman
Feb 02, 2006 |
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| US researchers crack mystery of metallic glass |
US researchers from Johns Hopkins University have discovered how atoms
pack themselves in unusual materials known as 'metallic glasses'.
But science fiction fans may be disappointed to learn that the research
will not lead to the recreation of the transparent aluminium which came
in so handy for the crew of the Starship Enterprise in Star Trek 4: The
Voyage Home.
The discovery should, however, help scientists better understand the
atomic structure of this material, which could be used in the
manufacture of sports equipment, mobile phone cases, armour piercing
projectiles and other products.
The outcome of the two-year research project is described as a major
step forward because the tools used to study traditional crystalline
metals do not work well with metallic glass, and a better understanding
of the material has been sorely needed. |
| VNUnet UK / Nature
Feb 01, 2006 |
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