What is New

One team has made tiny transistors – the building block of computer processors – a fraction of the size of
those used on advanced silicon chips.
Another has made a film material capable of storing data from 250 DVDs onto a surface the size of a coin.
Both advances, published on Thursday in the journal Science, use nanotechnology – the design and manipulation
of materials thousands of times smaller than the width of a human hair
For more information go to
Nano Electronics
Tired of dealing with rogue software, spyware and malware? Spent too many hours removing unsolicited software?
Worried about clicking unfamiliar Web links?
Sandboxie runs your programs in an isolated
space which prevents them from making permanent changes to other programs and data in your computer.


For more information go to
Sandboxie
Bytes, not bits. Oh, and it’s fast, too. Nanochip, a Silicon Valley-based fabless semiconductor firm,
just received $14 million in funding to complete work on a 100 GB storage chip. Intel Capital, who
should know something about chips, is an investor. The goal: “. . . allow Nanochip to complete
development of its first prototypes later this year . . . .”
ERLANG
is a programming language designed for building parallel, distributed, fault-tolerant systems.

Predicting that in 2019 we will have the million core processor, you need to use a language capable of
parallel processing.
Erlang is one. And it is free and here is where to get the
open-source downloads. Currently, the language
is in a growth stage and has limited graphic tools and no GUI interface as the developers are more concerned
with performance but as it continues to be develop, graphic tools will slowly be added on. If you have more
questions see the
FAQ section.
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Erlang is a programming language designed for building highly parallel, distributed, fault-tolerant systems.
It has been used commercially for many years to build massive fault-tolerant systems which run for years with
minimal failures.
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Erlang programs run seamlessly on multi-core computers. This means your Erlang program should run 4 times
faster on a 4 core processor, than on a single core processsor, all without you having to change a line
of code.
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Erlang combines ideas from the world of functional programming with techniques for building fault-tolerant
systems to make a powerful language for building the massively parallel networked applications of the future.
A taste of a future language and getting started
with a
language tutorial.
Tag Clouds/Services
a way TAG your Blog or website
In order ro make your Website articles or Blog content easier to find a new series of servives have
emerged on the web. The term Tag Cloud or Tag Services are applied to these new features. With
so many Blogs or content Web sites appearing, no longer was it possible to assume Search Engines
could possibly list or rate the wide vatiety of subjects that would be covered in single location.
A new tecnology was necessary.
The TAG or Lable service was created. These services are currently free but as the as the market
matures and TAG servers specialize a fee service will probably be coupled to you having to accept
some advertising.
There are a host of different TAGs that being using at various web locations. Below is a a couple of samples
that you might see on a Web site, Blog and PodCasts:
Tags: javascript looping for do foreach exit keywords loops iteration repetition condition
Tags: artist illustrator designer keywords oil painting pastels
Add To:
Digg This! Stumble It Add to del.icio.us Sphere It
Subscribe To Feed
Below are some sites that are offering these services:
ZoomClouds
Technorati
Microsoft
Some of the tag rules and considerations when creating your own tags
- Your tags are public. Everyone will be able to see them.
- Your tags should be all in lower case (this is not a standard on all tag servers).
- Keep slang 'Tags' to a minimum. (some providers will be culling these).
- Tags are space-separated. Use "oilpainting", not "oil painting".
- For the opposite of a tag, prefix it with "!", e.g. "!odbc" means "not odbc".
- Keep your tags brief.
- This is still fledgeing market so suggested rules may change without prior announcements.
JASON
a Java-based interpreter for an extended version of AgentSpeak
One of the best known approaches to the development of cognitive agents is the
BDI (Beliefs-Desires-Intentions)
architecture. In the area of agent-oriented programming languages in particular, AgentSpeak(L) has been one of
the most influential abstract languages based on the BDI architecture. The type of agents specified with
AgentSpeak(L) are sometimes referred to as reactive planning systems. To the best of our knowledge,
Jason is
the first fully-fledged interpreter for a much improved version of AgentSpeak, including also speech-act
based inter-agent communication....
(quote from the Jason website)
An interesting language
Transmission Rates
Maybe you do not remember the time when a 2 MGBit LAN card, sold by Gateway or 3Com, for $665.00
(about $2000.00 in todays money) was the fastest NIC connection avaliable. Things have moved on
since then and here is a experimental super connection. Now we all want cards using the following
technology in our shop.
March 24, 2006 As the world’s internet traffic grows relentlessly, faster data transmission will logically
become crucial. To enable telecommunications networks to cope with the phenomenal surge in data traffic as
the internet population moves past a billion users, researchers are focusing on new systems to increase
data transmission rates and it’s not surprising that the world data transmission record is continually
under threat. Unlike records where human physical capabilities limit new records to incremental growth,
when human ingenuity is the deciding factor, extraordinary gains are possible. German and Japanese
scientists recently collaborated to achieve just such a quantum leap in obliterating the world record for
data transmission. By transmitting a data signal at 2.56 terabits per second over a 160-kilometer link
(equivalent to 2,560,000,000,000 bits per second or the contents of 60 DVDs) the researchers bettered the
old record of 1.28 terabits per second held by a Japanese group. By comparison, the fastest high-speed
links currently carry data at a maximum 40 Gbit/s, or around 50 times slower
Read more at the source
