Create Your Space With Web Hosting

Sunday, July 27th, 2008

Web hosting is a sort of Internet facility that permits organizations and individuals to have their own website accessibility through the World Wide Web. The companies that offer space on a server with Internet connectivity are known as Web hosts or Web hosting providers.

Among the wide-ranging exploits of web hosting, web page and small-scale file hosting has been rated as the most basic one, wherein files are uploaded via File Transfer Protocol (FTP) or a Web Interface.

Personal web site hosting comes generally free, while the business web site hosting entails comparatively higher expense. For personal web pages, a single page hosting is more than enough. On the contrary, a complex site necessitates a more intense package that offers database support and application development platforms like PHP, Java, and ASP.NET.

The web hosting client can expect to comprise the services, like email for their business domain, databases or multi-media services for streaming media. Besides, a customer might well make up his/ her mind for having Windows for its hosting platform. The customer would have PHP, Perl, and Python, and also go with ASP .Net or Classic ASP for the purpose of facilitating website development. Generally, a Web Content Management System is included in Web hosting packages. This reduces the worry of the end-users about the more technical aspects.

Fiften years of the web

Saturday, May 3rd, 2008

On that date Cern, put the web in the public domain, “thereby ensuring that the world would have a single system for accessing the Internet, instead of a Microsoft Web, a Macintosh Web and who knows, perhaps even an Amstrad Web,” argues Gillies, who by the way is director of communications for Cern.

Cern’s Tim Berners-Lee recognized the need to manage the data on the web in a simpler way than the complex protocols that had limited the Internet to academics and government bureaucrats.

Encouraged by his bosses, he created the first browser on a NeXT computer using URLs, HTML and HTTP protocols.

Berners-Lee went on to head up the MIT-based World Wide Web Consortium that sets global standards for the web. Recently, he said that even after 15 years of existence and 165 million websites around the world the web is “still in its infancy.”

Berners’Lee argues that the web’s ability to engender collaboration could one day see the web being used to help manage the planet.

“What’s exciting is that people are building new social systems, new systems of review, new systems of governance.

4 to share $1.7 million in tech prizes

Wednesday, April 16th, 2008

HELSINKI, Finland Four widely divergent scientific innovations are finalists in the international $1.8 million Millennium Technology Prize from the Technology Academy of Finland.The inventions - DNA fingerprinting, biomaterials for human tissue regeneration, key elements in mobile communication and fiber optic networks - were created by six scientists, the academy said Tuesday.The winning innovation, to be announced on June 11, will receive $1.2 million, and the three runners up $180,000 each.Sir Alec Jeffreys, a professor in the genetics department at the University Leicester in Britain, is nominated for the invention of DNA fingerprinting.”No other development in modern genetics has had such a profound impact worldwide on the lives of many millions of people,” the academy said.Finalist Robert Langer - an Massachusetts Institute of Technology professor who works with the Harvard-MIT Division of Health Sciences and Technology, a collaborative of the two universities - was cited for “development of innovative biomaterials for controlled drug release and tissue regeneration.” The academy said his technology has “saved and improved the lives of millions of people.”Andrew J. Viterbi, a professor emeritus at the University of Southern California, was chosen for the invention of the Viterbi algorithm, “the key building element in modern wireless and digital communications systems.”And three scientists were cited for the fourth innovation, the erbium-doped fiber amplifier, which made possible high-capacity optical fiber networks: Emmanuel Desurvire, with Thales Corporate Research %26 Technology in France; Randy Giles, with Bell Labs in Murray Hill, N.J.; and David N. Payne, from a professor at the University of Southampton in Britain.The prize, launched by the Finnish government and industry in 2004, rewards achievements in four categories: energy and the environment, communications and information, new materials and processes, and health care and life sciences.Previous winners include Japanese professor Shuji Nakamura for inventions in laser technology and LED lighting and Tim Berners-Lee, the MIT scientist credited with inventing the World Wide Web.

4 finalists in Millennium technology prize to be awarded by Finland

Friday, April 11th, 2008

Four innovations have been accepted as finalists in the euro1.15 (US$1.8) million International Millennium Technology Prize, the Technology Academy of Finland announced Tuesday.
The inventions _ involving DNA fingerprinting, biomaterials for human tissue regeneration, key elements in mobile communication, and fiber optic networks _ are represented by six scientists, the academy said.
The winner, to be announced on June 11, will be awarded euro800,000 (US$1.2 million). The three runner-up innovations will each get euro115,000 (US$180,000).
The academy chose Prof. Sir Alec Jeffreys, from the genetics department at the University Leicester in Britain, as one of the finalists for the invention of DNA fingerprinting.
“No other development in modern genetics has had such a profound impact worldwide on the lives of many millions of people,” the academy said.
Another finalist, Prof. Robert Langer from the Harvard-MIT Division of Health Sciences and Technology in the United States, was cited for “inventions and development of innovative biomaterials for controlled drug release and tissue regeneration that have saved and improved the lives of millions of people.”
Andrew J. Viterbi, professor emeritus at the University of Southern California was chosen for the invention of the Viterbi algorithm, “the key building element in modern wireless and digital communications systems, touching lives of people everywhere,” the Finnish academy said.
The fourth innovation, which made possible the invention of high-capacity optical fiber networks, was attributed to three scientists: Prof. Emmanuel Desurvire from Thales Corporate Research %26amp; Technology in France; Dr. Randy Giles from Bell Laboratories in Alcatel-Lucent, New Jersey in the United States; and Prof. David N. Payne from the University of Southampton in Britain.
The academy cited the three for “outstanding contributions to telecommunications through the invention of the erbium-doped fiber amplifier.”
The biennial Millennium Technology Prize was launched by the Finnish government and industry in 2004. It is given for achievements in energy and the environment, communications and information, new materials and processes as well as health care and life sciences.
Previous winners have been Japanese Prof. Shuji Nakamura for inventions in laser technology and LED lighting, and Tim Berners-Lee, the MIT scientist credited with inventing the World Wide Web.
____
On the Net: http://www.millenniumprize.fi

4 to Share $1.7 Million in Tech Prizes

Friday, April 11th, 2008

Four widely divergent scientific innovations are finalists in the international $1.8 million Millennium Technology Prize from the Technology Academy of Finland.
The inventions _ DNA fingerprinting, biomaterials for human tissue regeneration, key elements in mobile communication and fiber optic networks _ were created by six scientists, the academy said Tuesday.
The winning innovation, to be announced on June 11, will receive $1.2 million, and the three runners up $180,000 each.
Sir Alec Jeffreys, a professor in the genetics department at the University Leicester in Britain, is nominated for the invention of DNA fingerprinting.
“No other development in modern genetics has had such a profound impact worldwide on the lives of many millions of people,” the academy said.
Finalist Robert Langer _ an Massachusetts Institute of Technology professor who works with the Harvard-MIT Division of Health Sciences and Technology, a collaborative of the two universities _ was cited for “development of innovative biomaterials for controlled drug release and tissue regeneration.” The academy said his technology has “saved and improved the lives of millions of people.”
Andrew J. Viterbi, a professor emeritus at the University of Southern California, was chosen for the invention of the Viterbi algorithm, “the key building element in modern wireless and digital communications systems.”
And three scientists were cited for the fourth innovation, the erbium-doped fiber amplifier, which made possible high-capacity optical fiber networks: Emmanuel Desurvire, with Thales Corporate Research %26amp; Technology in France; Randy Giles, with Bell Labs in Murray Hill, N.J.; and David N. Payne, from a professor at the University of Southampton in Britain.
The prize, launched by the Finnish government and industry in 2004, rewards achievements in four categories: energy and the environment, communications and information, new materials and processes, and health care and life sciences.
Previous winners include Japanese professor Shuji Nakamura for inventions in laser technology and LED lighting and Tim Berners-Lee, the MIT scientist credited with inventing the World Wide Web.
____
On the Net: http://www.millenniumprize.fi

4 to Share $1.7 Million in Tech Prizes

Thursday, April 10th, 2008

Four widely divergent scientific innovations are finalists in the international $1.8 million Millennium Technology Prize from the Technology Academy of Finland.
The inventions _ DNA fingerprinting, biomaterials for human tissue regeneration, key elements in mobile communication and fiber optic networks _ were created by six scientists, the academy said Tuesday.
The winning innovation, to be announced on June 11, will receive $1.2 million, and the three runners up $180,000 each.
Sir Alec Jeffreys, a professor in the genetics department at the University Leicester in Britain, is nominated for the invention of DNA fingerprinting.
“No other development in modern genetics has had such a profound impact worldwide on the lives of many millions of people,” the academy said.
Finalist Robert Langer _ an Massachusetts Institute of Technology professor who works with the Harvard-MIT Division of Health Sciences and Technology, a collaborative of the two universities _ was cited for “development of innovative biomaterials for controlled drug release and tissue regeneration.” The academy said his technology has “saved and improved the lives of millions of people.”
Andrew J. Viterbi, a professor emeritus at the University of Southern California, was chosen for the invention of the Viterbi algorithm, “the key building element in modern wireless and digital communications systems.”
And three scientists were cited for the fourth innovation, the erbium-doped fiber amplifier, which made possible high-capacity optical fiber networks: Emmanuel Desurvire, with Thales Corporate Research %26amp; Technology in France; Randy Giles, with Bell Labs in Murray Hill, N.J.; and David N. Payne, from a professor at the University of Southampton in Britain.
The prize, launched by the Finnish government and industry in 2004, rewards achievements in four categories: energy and the environment, communications and information, new materials and processes, and health care and life sciences.
Previous winners include Japanese professor Shuji Nakamura for inventions in laser technology and LED lighting and Tim Berners-Lee, the MIT scientist credited with inventing the World Wide Web.
____
On the Net: http://www.millenniumprize.fi

software applications Developer on the Scene

Sunday, March 30th, 2008

Developing a website for the world wide web or an internet. Web development is a broad term almost for all the activities. This includes of web designing, e-commerce business development,content development, beside this it also includes web professionals. web development can be ranged from developing the simplest static single page which contains of plain text to the most complex web base internet applications,Web development may be a collaborative effort between departments rather than the domain of a designated department. In the present web technoligies flash plays a vital role in designing the website. almost all the designers are using web development tools which have a strong growth in lamp and microsoft Java technoligies in order to provide web as a way to run applications through online.

Hyderabad,Ind, Mar.28.08 - Fin Infocom Private Limited is a creative Website Development and Software Applications company, and its aim is to give scope to clients and to think about innovative applications and to implement them. It abides by its clients and their specifications with the best technology and service personnel. Fin Infocom offers a wide array of e-commerce solutions which will result in continuous monitoring of sales, demand and supply positions in fast-moving markets.

Living up to their name as an abiding business solutions provider, Fin Info create Database and data services for clients with customized solutions, giving access to live data for current use, integrate into applications and incorporate into websites to get the necessary outputs. The result is increasing the ability of clients to make informed and profitable decisions.

W3C releases draft of HTML 5

Saturday, February 16th, 2008

Released on Tuesday,thefirst workingdraft for HTML 5is a result of work carried out bythe World Wide Web Consortium (W3C)HTML Working Group, which brings developers, browser vendors and content providers together.

In its final form by 2010, HTML 5 is intended to bring the markup language forward into today’s richer internet environments, with new APIs to control audio and 2D video content.

“HTML is of course a very important standard,” said Tim Berners-Lee, author of the first version of HTML, and W3C director. “I am glad to see that the community of developers, including browser vendors, is working together to create the best possible path for the web. To integrate the input of so many people is hard work, as is the challenge of balancing stability with innovation; pragmatism with idealism.”

The W3C HTML Working Group studied the web’s evolution and was driven by developments, such as the Ajax development process, to draw up the new standard for a web that is now far beyond a collection of static pages. New features in HTML 5 will mean that elements of today’s most popular websites can be standardised to promote interoperability. Ultimately, these elements will then proliferate as they begin to show up in authoring tools, experts have claimed.

HTML 5 will focus on client-side data storage to enable users to edit documents interactively. It will also address costs by providing concise rules on handling HTML documents correctly, alongside instructions for how to recover from errors. In line with these augmentations, new features are also planned to help bring familiar page sections and navigation elements to the screen. Written in either “classic” HTML syntax or an XML syntax, HTML 5is also intended to extend web-application interoperability outwards to the mobile platform.

W3C adds a touch of Sparql to Web 2.0

Saturday, February 16th, 2008

Sparql, pronounced “sparkle”, expresses data queries in high-level terms so it is easier to extend them to new data sources or port them to new applications. “Trying to use the Semantic Web without Sparql is like trying to use a relational database without SQL,” said Tim Berners-Lee, W3C director and creator of the world wide web.

According to Berneers-Lee: “Sparql makes it possible to query information from databases and other diverse sources in the wild, across the web.”

“Sparql is a key element for integrated information access across information silos and across business boundaries,” said Jean-Luc Chatelain, chief technology officer for HP’s Software Information Management business, announcing the release of SDB, a Sparql database system for HP’s Jena open-source Semantic Web framework.

“HP customers can benefit from better information utilisation by employing Semantic Web technologies,” he added.

Cable break causes wide Internet outage

Friday, February 1st, 2008

NEW DELHI At least for a while, the World Wide Web wasn’t so worldwide.Two cables that carry Internet traffic deep under the Mediterranean Sea snapped, disrupting service Thursday across a swath of Asia and the Middle East.India took one of the biggest hits, and the damage from its slowdowns and outages rippled to some U.S. and European companies that rely on its lucrative outsourcing industry to handle customer service calls and other operations.”There’s definitely been a slowdown,” said Anurag Kuthiala, a system engineer at the New Delhi office of Symantec Corp., a security software maker based in California. “We’re able to work, but the system is very slow.”While the cause of the damage was not yet known, the scope was wide: Traffic slowed on the Dubai stock exchange, and there was concern that workers who labor for the well-off in the Mideast might not be able to send money home to poor relatives.Although disruptions to larger U.S. firms were not widespread, the outage raised questions about the vulnerability of the infrastructure of the Internet. One analyst called it a “wake-up call,” and another cautioned that no one was immune.The cables, which lie undersea north of the Egyptian port of Alexandria, were snapped Wednesday just as the working day was ending in India, so the full impact was not apparent until Thursday.There was speculation a ship’s anchor might be to blame. The two cables, named FLAG Europe Asia and SEA-ME-WE 4, are in close proximity.Egyptian officials said initial attempts to reach the cables were stymied by poor weather. Repairs could take a week once workers arrive at the site, and engineers were scrambling to reroute traffic to satellites and to other cables.The Egyptian minister of communications and information technology said Internet service in that country had been restored to about 45 percent and would be up to 80 percent by Friday, the state news agency reported.The snapped cables - which lie on the sea floor and at some points are no thicker than the average human thumb - caused problems across an area thousands of miles wide. Bangladesh, Pakistan, Egypt, Qatar, Saudi Arabia, the United Arab Emirates, Kuwait and Bahrain all reported trouble.But in India, which earns billions of dollars a year from outsourcing, the loss of Internet access was potentially disastrous. The Internet Service Providers’ Association of India said the country had lost half its capacity.TeleGeography, a U.S. research group that tracks submarine cables, said the disruption cut capacity by 75 percent on the route from the Mideast to Europe.Such large-scale disruptions are rare but not unheard of. East Asia suffered nearly two months of outages and slow service after an earthquake damaged undersea cables near Taiwan in 2006.In the Mideast, outages caused a slowdown in traffic on Dubai’s stock exchange late Wednesday. The exchange was back up by Thursday, but many Middle Eastern businesses were still experiencing difficulties.There was concern for millions of South Asians who send money home. They do everything from construction to child care for the wealthy and are paid little by local standards - but their income is often a lifeline for poorer families back in India, Pakistan, Bangladesh and Sri Lanka.”The system is a bit slow today, but we have not experienced a total breakdown,” said Sudhir Kumar Shetty, who runs Abu Dhabi’s UAE Exchange, a money transfer firm.The major test will come Friday, the first day of the month, when thousands of foreign workers are expected to descend on the company’s 53 branches to send money home.With two of the three cables that pass through the Suez Canal cut, Internet traffic from the Middle East and India intended for Europe was forced to reroute eastward, around most of the globe.In India, the Internet was sluggish, with some users unable to connect at all and others left frustrated by spotty service.Analysts said India had built up massive amounts of bandwidth in recent years and would likely recover without major economic losses. Larger companies with sophisticated backups appeared equipped to weather the outages well - but smaller firms said they could lose business if full Internet access was not quickly restored.”Telecom and bandwidth are the bedrocks of the IT (information-technology) industry,” said Ajit Ranade, the chief economist at the Aditya Birla Group, an international manufacturing and services company. “If something happens to the bedrock, obviously the IT industry will suffer.”Many larger U.S. companies said the effect was minimal, partly because the data routes that head east from Asia, under the Pacific Ocean, were intact.Citigroup Inc. spokesman Samuel Wang said some of his company’s customer-service system was affected, but only minimally. He said the bank relied on backup systems and was “back to business as usual.”Intel Corp. said its Indian operation, which employs about 3,000 people and is focused on research and development, has a system with many safeguards built in.”When one of the nodes goes down, the network is able to reroute itself,” said Rahul Bedi, who heads Intel’s South Asia business operations.Mustafa Alani, an analyst at the Dubai-based Gulf Research Center, said the outage should be a “wake-up call” about the need to better protect vital infrastructure.”This shows how easy it would be to attack” vital networks, such as the Internet, mobile phones and electronic banking and government services.Wednesday’s damage wasn’t terrorism - but it could have been, he said, adding that “when it comes to great technology, it’s not about building it, it’s how to protect it.”

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