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Google has opened up its gallery for developers to share Chrome extensions, a step that soon should make it easier for people to customize the open-source browser.

Aaron Boodman, a leader of the Chrome extensions effort, announced the move on a mailing list posting Monday, and programmer and "gallery master" Lei Zheng shared details in a blog post.

So far, only uploads are permitted. Google plans to let some testers use the gallery to download extensions, too "in the next few days," Zheng said. "We are making the upload flow available early to make sure that developers have the time to publish their extensions ahead of our full launch."

Extensions, a major asset of the Firefox browser and the headline feature of the upcoming Chrome 4 beta, let people modify the browser more to their liking. With them, the browser itself doesn't have to be bogged down with numerous features and configuration options that most people don't want.

One feature of Google's system is that add-ons are automatically updated on Chrome users' computers once the developer uploads a new version.

For developers, the extensions gallery comes with a set of terms and conditions.

One nugget in the legalese: expect Google to use a rating system, as it does for other sites including Android applications and YouTube videos. It's all part of Google's philosophy of using user data to help automatically manage its Web properties in a way that, the company hopes, will be helpful to those who use its sites.

According to the terms and conditions: "The gallery will allow users to rate products. Along with other factors, product ratings may be used to determine the placement of products on the gallery with higher rated products generally given better placement, subject to Google's right to change placement at Google's sole discretion. For new developers without product history, Google may use or publish performance measurements such as uninstall rates to identify or remove products that are not meeting acceptable standards, as determined by Google."

The World Wide Web Consortium has published a draft of an interface that browsers can use to manipulate files better, one of a series of steps aimed at gradually improving the sophistication and polish of Web site interfaces.

The draft File API (application programming interface) defines a number of ways that browsers and Web sites can handle files better. One big part of it: being able to select multiple files for upload, such as on photo-sharing sites or Web-based e-mail, a task that often relies on Adobe Systems' Flash today.

But there are other aspects, too. For example, the Files interface governs the use of "blobs," or packages of raw binary data such as video files. Google has touted blobs for its Gears browser plug-in as a way to divide large videos into small chunks so that uploads can be more easily resumed if a network problem interrupts the process.

Another benefit: files are handled asynchronously, which means the browser won't freeze up while a file is being uploaded or otherwise handled, and the browser reports progress on file transfers.

The technology is one example of work to transform the Web into a better foundation for interactive applications, a move that usurps some power from computer operating systems such as Windows and that's embodied most boldly in Google's Chrome OS project.

Here's one example of use of the Files interface provided by Mike Smith, who works for the W3C on matters relating to HTML--Hypertext Markup Language, the language used to describe Web pages:

A user uses a Web-based application for reading and sending e-mail. She wants to attach multiple files to particular messages. The Web application provides an user interface that allows her to select multiple files to attach at the same time. After she selects the files, they are uploaded to the Web application asynchronously, allowing the user to perform other actions while they are uploading (for example, finishing the rest of the message she was composing before you added the file attachments). As the attachments are uploaded, the Web applications shows progress bars to indicate how much of the contents of the files have uploaded thus far.

The interface can work in conjunction with various standards including the drag-and-drop support in the HTML 5 now under development and the Web Workers technology that lets browsers better perform multiple operations simultaneously.

The interface also can help Web applications process the contents of files. For example, Smith describes a lyrics finder:

A user has on her local file system a playlist file from her favorite desktop music player. The playlist contains a list of song titles and information, and she wants to be able to easily fetch the lyrics for particular songs without needing to manually search for the lyrics on the Web. So a site can provide a Web-based application that allows her to upload her playlist. The Web application then parses the file and then presents a user interface to her, show in the contents of the file as a hyperlinked, sortable list. She can then retrieve the lyrics for any given song just by clicking on a particular song title.

Arun Ranganathan, Mozilla's standards evangelist and chairman of the WebGL working group, wrote the specification, according to Chris Blizzard, Mozilla's director of developer relations.

Standards for the Web are advancing rapidly with W3C representatives including Microsoft working in conjunction with a parallel effort, WHATWG. New standards require actual implementation in browsers before they are accepted as finished, a fact that can lead to some chaos but that helps ensure the new ideas are tested in the real world.

Firefox 3.6, in beta testing now, will support most of the Files API, according to Blizzard.

Intel is set to announce the biggest makeover for its Atom processor since it was introduced back in the spring of 2008. And PC makers are ready with new Netbook models, some due before the mammoth Consumer Electronics Show in January.

Netbooks--tiny laptops used for Web surfing and light production tasks--have gained in popularity as a cheap alternative to a laptop. They can be had for as little as $250--or under $100 when bought as part of a two-year contract at phone carriers such as a Verizon.

Inside new Netbooks will beat Intel's latest "Pine Trail" Atom processor technology. This watershed design will squeeze the graphics function--previously on a separate chip--into the central processing unit, or CPU, a first for Intel. And what does that mean to consumers? "Better battery life. But performance more than anything," Intel executive vice president Sean Maloney said in a recent CNET interview.

Evidence of a rejiggered Netbook lineup can already seen at Hewlett-Packard, which has stopped selling preconfigured models of its well-received Mini 5101 directly from the HP Web site in preparation for new models to come, according to the company.

And Dell is on board too. "You can expect that Dell will be offering products based on Intel's next-gen Atom platform, aka Pine Trail," said a Dell spokesperson Monday. All major vendors currently offering Netbooks--such as Acer, Asus, Toshiba, and MSI--are also expected to refresh their lineups.

Intel, which is already on the record saying that the Pine Trail Atom is shipping this quarter, has made integration one its biggest themes in 2010 and beyond. Its Arrandale Core i series of processors for mainstream laptops, due by early next year, will also combine the graphics chip (GPU) with the CPU. And future generations of the Atom processor will be even more highly integrated.

One of the first new Pine Trail Atom processors expected to appear is a 1.66GHz version (rumored to be dubbed the N450). After this, a faster 1.83GHz version, the N470, is due.

Updated at 8:00 p.m. PST: Pine Trail is the name of the technology platform; Pineview is the name of the new Atom processor.

Last week, Microsoft showed off some browser technology that could help Internet Explorer leapfrog the competition. But if Mozilla succeeds in its hope, Microsoft could be playing catch-up instead.

The technology in question is hardware-accelerated graphics and text using interfaces called Direct2D and DirectWrite that provide an easy way to use graphics cards' computing power. They're built into Windows 7, and Microsoft is bringing them to Windows Vista but not Windows XP.

The performance boost from Direct2D and DirectWrite was the centerpiece of Microsoft's demonstration of Internet Explorer 9 goodies shown last week. Online maps flashed on the screen quickly and tracked mouse movements responsively; text was clearer and changed sizes more gracefully.

But the day of Microsoft's demo, Mozilla evangelist Chris Blizzard had this to tweet: "Interesting that we're doing Direct2D support in Firefox as well--I'll bet we'll ship it first."

There's work to back up his rhetoric. On Sunday, Bas Schouten, the programmer who's been leading the work for Mozilla, posted a prototype of Firefox using the Direct2D and DirectWrite.

However, any Firefox fans tempted to crow about a victory should be cautious. Mozilla wouldn't commit to including the technology, much less to a release schedule such as Firefox 3.7 due in the first half of 2010. "We are currently investigating Direct2D for Firefox, but do not have a target for shipping it in Firefox at this time," the organization said in a statement..

The race is on
Microsoft declined to comment for this story, referring readers just to last week's blog post about coming Internet Explorer 9 features. "While we're still early in the product cycle, we wanted to be clear to developers about our approach and the progress so far," the company said while sharing a Direct2D demonstration video.

There's no doubt the race is on, though, given the potential benefits of the new interface and the commercial success of Window 7. Microsoft is lighting a fire under its developers, but the company's browser has lagged Firefox and other rivals in many technological areas for years, and many Web developers loathe earlier versions of IE still widely used. IE's market share has steadily eroded, though it remains dominant overall.

The attention is giving Google ideas, too. In a Chrome issue logged Sunday, Chrome programmer Peter Kasting pointed to Chouten's blog post on the subject as "motivation."

"If we can speed up the rendering time, the most noticeable benefit will probably be smoother-feeling scrolling," Kasting said. He also directed attention in October to DirectWrite support in Chrome, though cautioning that it might not work with the browser's present "sandbox" design to isolate elements of the browser for security reasons.

Mozilla has its own results to show off, too. Schouten offered a graph showing improved performance displaying a variety of Web pages. Facebook, Google, and Twitter rendered on the screen in half the time using the Direct2D; Slashdot and a Wikipedia entry were barely changed. One taxing page using the Scalable Vector Graphics format (SVG) to show movable, resizable graphics showed more than twice as fast, dropping from about 11 milliseconds to less than 4 milliseconds.

What actually changes?
Direct2D replaces an older technology called Graphics Device Interface (GDI) used in Windows XP. Both offer a way for programs to tap into computing hardware without having to worry about the particulars of video card capabilities and settings, but Direct2D taps into hardware acceleration features.

The technology lets programmers control basic elements such as transparent boxes, curved lines, and resizable photos. Out of these, user interface elements are constructed; Direct2D calls upon a computer's graphics processor to speed that up. It's particularly helpful for dynamic situations that change element properties such as color, size, or opacity.

DirectWrite offers a similar graphics chip boost to the task of displaying text. That may not sound computationally intense, but some parts of it are. In particular, DirectWrite offers a more sophisticated mechanism for displaying text to take advantage of something called sub-pixel positioning of letters.

Each pixel on an LCD screen is actually made of three tiny slices--for red, green, and blue components--and sub-pixel technology subtly draws letters using pieces of these pixels to make the overall appearance smoother. The older GDI permitted some sub-pixel positioning, but only smoothed letters in the horizontal direction; DirectWrite smooths curves vertically as well.

Using the graphics chip in Direct2D and DirectWrite operations brings several advantages. Performance is the first: some operations are faster or smoother, and having more power on hand lets programmers tackle more ambitious projects. Second, the general-purpose central processor, relatively inefficient at handling graphics tasks, is unburdened, freeing it up for other tasks and saving battery power.

Firefox already has a graphics system of its own called Cairo. Schouten has been adding a Direct2D and DirectWrite.

Firefox is of course a browser that doesn't just work on Windows. The DirectWrite technology helps that operating system catch up to its rivals, said Mozilla's John Daggett in a blog post Sunday. "Platform APIs [application programming interfaces] on Mac OS X and Linux already do a good job rendering Postscript CFF [Compact Font Format] fonts," he said. "This just brings them up to parity under Windows 7."

Direct2D is used elsewhere in the browser. "We've made significant progress and are now able to present a Firefox browser completely rendered using Direct2D, making intensive usage of the GPU," or graphics processing unit, Schouten said. And because Cairo is used by other open-source software, other projects will benefit from the work, he added.

The Direct2D work is Mozilla's second hardware acceleration effort; the company also is working on one using a different hardware acceleration interface called OpenGL for mobile devices using Nvidia's Tegra chips, according to Mozilla.

The interactive Web
Microsoft went out of its way to emphasize that the Direct2D and DirectWrite work will help existing Web pages without programmers having to change a line of code. Dean Hachamovitch, general manager of Internet Explorer, contrasted that to other hardware acceleration efforts including Native Client and O3D from Google and WebGL from Mozilla and the Khronos Group.

Native Client, O3D, and WebGL are part of a long list of developments designed to transform the Web into a foundation not just for static pages but also for interactive applications. Those technologies, though, require new programming skills and tools.

Mozilla, Google, Apple, and Opera have been pushing this interactive Web agenda, and Microsoft is showing signs of interest, too. However, for now, Microsoft emphasizes that Direct2D support will help the existing Web. But the browser makers have their eyes on interactive technology as well. Direct2D will help with complex sites that use 2D graphics interfaces such as SVG and Canvas, Mozilla said.

Added Schouten, "As Web sites become more graphically intense, dynamic graphics will start playing a larger role, especially in user interfaces."

Hewlett-Packard on Monday reported fourth-quarter earnings that were in line with a preliminary release last week, when the company announced plans to acquire 3Com.

For the quarter, the company reported earnings of $1.14 per share on $30.8 billion in sales. Analysts had been expecting $1.13 per share on $30.4 billion.

For the full year, the company reported earnings of $3.85 per share on sales of $114.6 billion.

Looking ahead, the company forecast earnings of $1.03 to $1.05 per share on sales of $29.6 billion to $29.9 billion for the first quarter--which would include the holiday season....

Read more of "HP reports Q4; raises outlook for 2010" at ZDNet's Between the Lines.

The "smartbook" aspires to put the smartphone into the laptop. Will it be able to elevate an Apple iPhone or Motorola Droid-like experience to a larger device, or is it just more marketing mumbo-jumbo?

Two companies are hoping that the smartbook will turn out to be more than just another quickly-forgotten device sales pitch. Qualcomm and Freescale, which are both supplying key silicon technology for the devices, are pushing to make smartbooks different enough from laptops--and Netbooks--that consumers will take notice.

The first tangible evidence of smartbooks to come will be seen at the Consumer Electronics Show in January, where Lenovo, among others, is expected to show, if not roll out, smartbook designs.

One pesky question won't go away, however. Why go out of the way to call it a smartbook? Doesn't Netbook suffice? (And it can potentially be very confusing for consumers since both terms have "book" in them.) On one level, the nomenclature choice is simply to counter the Microsoft-Intel Netbook juggernaut: Another Netbook among dozens already on the market won't draw much attention.

But at a deeper level, the two companies are trying to make the smartbook substantively different from a Netbook. Qualcomm sees it, in essence, as a large smartphone, which leaves the outdated Windows desktop experience in the dust. "A Netbook in our view is just a cheap laptop that runs Windows. We see the smartbook cannibalizing the Netbook. ... Read more

It was a busy week in the worlds of browsers and operating systems, as Google proved--with its unveiling of the browser-based Chrome OS--that the two are colliding.

Imagine a computer experience that's much like TV: flip a switch and it's on. That was the vision conveyed by Google Vice President of Product Marketing Sundar Pichai Thursday as he offered the public its first look at Chrome OS, the new operating system based on the company's Chrome browser.

Chrome OS eliminates the boot loader and optimizes the kernel so that all the services that normally load with an OS start-up don't load until they are needed, Pichai explained.

Although Chrome OS is a year away from release, Google released the source code for the project on Thursday. It also relayed, through it's demo of the OS, a bit about how it thinks the Netbook should evolve. For one thing, Google plans to develop a detailed specification of hardware components that Chrome OS Netbook makers must adhere to in order to use the operating system.

"We really want software to understand the underlying hardware," Pichai said.

The Chrome OS unveiling came on the heels of sneak previews from Microsoft's Professional Developers Conference in Los Angeles. Among those was the release of an Office 2010 beta, with new features such as a mechanism for connecting Outlook to social networks.

The software giant announced plans for the formal launch of Windows Azure, the cloud-based operating system that lets developers write programs that run on servers in Microsoft's data centers. It will be in production for all users starting January 1.

And Microsoft showed it's serious about building a competitive browser with the first glimpses of technology in Internet Explorer 9.

Not to be forgotten in the browser wars, Firefox maker The Mozilla Foundation, reported revenue grew 5 percent to $79 million in 2008. The organization also noted that it's not interested in building a Firefox OS.

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AOL: We need to fire 2,500 'volunteers'

Layoff program begins December 4, just before spinoff from Time Warner. AOL says cuts will drop its annual operating expenses by $300 million.
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Modern Warfare 2 tops entertainment industry, not just games

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Ballmer: Windows 7 selling like hotcakes

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Computer glitch slows U.S. air travel

A computer glitch causes flight delays and cancellations Thursday morning, but the FAA says that its main flight processing system is now back up and running.

Consumers to plug into home energy displays?

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Cloud computing is luring more businesses with its promise of minimal maintenance and low costs. But are companies putting their data at risk?

A new, free report released Friday by the European Network and Information Security Agency (ENISA) outlines the benefits and potential pitfalls of cloud computing. Based on an ongoing survey, the 123-page report, "Cloud Computing: Benefits, Risks and Recommendations for Information Security" (PDF), also offers recommendations to businesses on how to minimize the risks of entrusing their data to a cloud provider.

The benefits of cloud computing as described by ENISA are clear. Business content and services are always available. Companies can reduce costs by not overspending on the capacity of their own data centers. They can also scale up or down, depending on the services they use, and pay for those services only as needed. Internal IT is freed up by not having to implement or maintain certain hardware or software.

As more businesses hop onto the cloud, IDC expects worldwide spending on cloud services to hit $17.4 billion, revving up to $44.2 billion by 2013.

But cloud computing poses certain key risks.

"The picture we got back from the survey was clear," Giles Hogben, editor of the ENISA report, said in a statement. "The business case for cloud computing is obvious--it's computing on tap, available instantly, commitment-free and on-demand. But the number one issue holding many people back is security--how can I know if it's safe to trust the cloud provider with my data and in some cases my entire business infrastructure?"

Though cloud-service providers promise 24-by-7 availability, their data centers can go down. Security is out of the hands of the customer, who must place trust in the service provider. Customers become dependent on a single provider and may face challenges if data and services need to be migrated to a different provider. By entrusting data to the cloud, companies could face risks and challenges from regulatory audits. Further, some cloud providers may not fully and properly delete data even if a customer requests it.

In its report, ENISA outlines measures companies can take when dealing with cloud-service providers.

Companies must perform risk assessments, comparing the potential risks of storing data in the cloud with keeping files in an internal data center. Companies must also compare different cloud providers to narrow the list and then obtain service-level assurances from selected providers. Further, customers should clearly specify which services and tasks will be handled by internal IT and which by the cloud provider.

The report includes a checklist and detailed questions that customers can use when shopping for a cloud provider.

With the right provider, data can be safe and secure in the cloud. In fact, security with a cloud provider can be even more robust, flexible, and quicker to implement than when done internally. ENISA Executive Director Udo Helmbrecht noted in a statement: "The scale and flexibility of cloud computing gives the providers a security edge. For example, providers can instantly call on extra defensive resources like filtering and re-routing. They can also roll out new security patches more efficiently and keep more comprehensive evidence for diagnostics."

Nokia said Friday that a streamlining effort could result in the elimination of as many as 330 positions from its research and development staff, or about 2 percent of its global R&D workforce.

The changes will likely hit up to 230 workers in the company's Oulu site in Finland and roughly 100 at its Copenhagen site. Nokia said it plans to offer voluntary severance packages to the affected workers and to find alternative jobs for as many people as possible.

The company currently employs more than 17,000 workers in its R&D business. It has 2,000 employees at the Oulu facility and 1,000 in Copenhagen.

Though Nokia still holds the top spot in the smartphone arena, its dominance has been eroded by competition from the likes of Apple and Research In Motion. A recent In-Stat report found that Nokia's share of the smartphone market had dropped to 35 percent in this year's second quarter compared with 50 percent in the prior year's quarter.

Another report from Strategy Analytics revealed that Apple had surpassed Nokia in cell phone profits during the third quarter, the first time that Nokia had fallen to second place.

Nokia's third-quarter results showed a net loss of $832 million, while sales dropped around 20 percent. Nokia Siemens, the network equipment maker run by Nokia and Siemens, has also been a drag on its owners, recently announcing its own layoffs and cost cuts as a result of its weak performance.