Posts tagged tablet
At a press event on Tuesday, Microsoft launched the next version of Windows: Not Windows One, not Windows 9, but Windows 10, which combines the reborn Start menu with Windows 8’s colorful live tiles and adjusts its behavior depending on how you’re using your device.
Windows 10 will officially launch in the middle of next year, but you’ll have a chance to try it out before that via a new Windows Insider program, launching Wednesday. The platform’s most vocal fans will have a chance to download the technical preview before it launches next year.
Microsoft executives unveiled the new OS at a small press event in San Francisco, where the company tried to position the Windows 10 OS as a “natural step forward” for both Windows and Windows Phone, which will also be renamed Windows 10.
Windows 10 will be designed for the enterprise, Terry Myerson executive vice president of Microsoft’s OS group, said. It will have a “familiar” interface, whether it be for Windows 7 or Windows 8. “They will find all the tools they’re used to finding, with all the apps and tools they’re used to today,” he said.
Windows 10 will be compatible with all the familiar management systems, including mobile device management. MDM tools will manage not just mobile devices, but PCs, phones, tablets, and even embedded devices inpart of the Internet of Things, Myerson said. Enterprise customers will be able to manage their own app stores, so that ther employees get the right apps for them. As Windows 8 did, data security will be a priority, he said.
Windows 10’s ‘Task View’ includes multiple desktops, a feature long desired by power users.
Joe Belfiore, who runs part of the OS team focused on the PC experience, showed off the new OS, which he called a “very early build.” Yes, the new build has the Stat menu, combining the icon-driven menu from Windows 7, plus the added Live Tiles to the right.
Belfiore used the analogy of a Tesla to describe how Windows 7 users would feel when they upgraded—something that Microsoft desperately wants them to do: a supercharged OS, but one that will feel familiar.
One of the things that Microsoft wants to ensure is that Windows 10 is personalized results, including search results, Belfiore said.
Windows 8 had a universal app platform, with a common Windows Store that handle updates independently. Belfiore said that Microsoft wanted all those Windows 7 uses to get all the benefits of Windows 8 apps. Apps will be shown in the Live Tiles, with no real indication whether they are “classic” apps or modern, Windows 8 apps. Apps can be “snapped,” like Windows 8. Users will also not have to leave the Windows desktop to use modern apps, as expected.
Multitasking will also be a priority, with a stated goal being able to “empower” novice users, Belfiore said. On the taskbar there will be a “task view” where users can switch back and forth between different environments—whether it be 32-bit Windows 7 apps or modern apps. And yes, they will include virtual desktops, with the ability to switch back and forth between virtual environments. A “snap assist” feature will allow users to select similar windows to snap alongside other apps. And up to four apps or windows can be snapped to the four corners of the desktop, Belfiore said.
Even more advanced uses will be able to take advantage of new keyboard shortcuts, with the ability to ALT-TAB between desktops. “It’s a nice forward enhancement to make those people more productive,” Belfiore said.
Microsoft even improved the command line interface, with an improved keyboard interface. (You can use Crtl+V to paste now!)
Touch when you need it
Belfiore wrapped up by talking about touch: “We’re not giving up on touch,” he said. But he did say that that massive numbers of users were familiar with the touchless Windows 7 interface, while supporting those who have jumped to Windows 8.
So that means that the Charms experience will be revamped. When you swipe right on Windows 10, the Charms bar is still there. But Belfiore said that the Charms experience would change. When people swipe in from the left, Windows 10, you’ll get a task view. “I’m using touch in a way that accelerates my use of a PC,” Belfiore said.
Microsoft is also working on a revamped UI that isn’t is in Windows 10, yet. For two-in-on devices, a “Continuum” mode will adjust the UI depending on whether or not the mouse and keyboard is present. When a keyboard is disconnected, the Windows 8-style Start menu appears and a back button is available so that users can easily back out to a prior command. Menus grow larger. Bu when a mouse and keyboard is connected, the desktop mode reappears, Windows apps return to desktop windows, and the Start page disappears.
Now, Microsoft needs to take the next step: pitching enterprise customers, Myerson said. And that’s critical for Windows’ future, analysts said. Expect more details on the consumer flavors of Windows 10 early next year, more application details at BUILD, and then a launch of Windows 10 near the middle of next year.
“For businesses, I think there are some businesses who have picked it up and they are really early adopters, but in general, the sense—when we engage with customers, we’re not hearing a lot of reception out there,” Wes Miller, an analyst with Directions on Microsoft, said in advance of the briefing. “We’re hearing a lot of businesses even before whatever that thing comes out tomorrow, before that came out, businesses were saying, we’re going to hang out on Windows 7, it’s stable, it does what we need to do.”
Starting Wednesday, Microsoft will launch a Windows Insider program, distributing the technical preview of Windows 10, Myerson said. Through Window Insiders we’re inviting our more vocal Windows fans” to help refine the Windows experience, executives said. Users wil be able to sign up at preview.windows.com, he said, where they will be able to hold private discussions with Windows engineers and give feedback.
“Windows 10 will be our most open, collaborative OS project ever,” Myerson said.
Your reading glasses will be so yesterday with UC Berkeley’s new technology
What would it be like if you didn’t need your eyeglasses to clearly see your laptop screen or a text message on your smartphone?
Scientists at the University of California Berkeley are working on computer screens that would adjust their images to accommodate individual user’s visual needs. Think of it as a display that wears the glasses so users don’t have to.
“For people with just near sightedness or far sightedness, life isn’t so bad,” said Fu-Chung Huang, the lead author of the research paper on the display project at Berkeley. “But as you get older, your lenses lose elasticity and you cannot read things close to you, like a cell phone or tablet. You need another pair of reading glasses, which can be quite inconvenient.
Scientists at the University of California Berkeley are developing a vision-correcting display that would mean users wouldn’t need their eyeglasses to see it clearly. (Video: UC Berkeley)
“With this technology, in the future, you just need to press a button and the display will accommodate to your vision,” he said in an email to Computerworld.
Users would input their vision prescription into their individual desktop, laptop or mobile device. Then when the user logs on with a password, the computer recognizes the user and automatically adjusts its display.
Researchers at Berkeley, working with scientists at MIT, are developing algorithms that will compensate for a user’s specific vision needs to adjust the image on a screen so the user can see it clearly without needing to wear corrective lenses. The software will create vision-correcting displays.
The researchers have been working on the technology for three years.
Researchers place a printed pinhole array mask, shown here, on top of an iPod touch as part of their prototype of a visually corrected display. (Image: Fu-Chung Huang)
A user who, for instance, needs reading glasses to see or read anything clearly on his laptop or tablet screens wouldn’t need to wear the eyeglasses if the displays adjust themselves for his vision needs.
If a user who needs one pair of glasses to see things at a distance and another pair for reading, would not need to put on reading glasses to read her emails or Facebook posts if the display could adjust itself for her near-vision needs.
The displays, according to Berkeley, also could be used for people whose vision cannot be corrected with eyeglasses or contacts.
“This project started with the idea that Photoshop can do some image deblurring to the photo, so why can’t I correct the visual blur on the display instead of installing a Photoshop in the brain?” asked Huang, who now is a software engineer at Microsoft. “The early stage is quite hard, as everyone said it is impossible. I found out that it is indeed impossible on a “conventional 2D display.” I need to modify the optical components to make this happen.”
The university said that the hardware setup adds a printed pinhole screen sandwiched between two layers of clear plastic to an iPod display to enhance image sharpness. The tiny pinholes are 75 micrometers each and spaced 390 micrometers apart.
The algorithm, which was developed at Berkeley, works by altering the intensity of each direction of light that emanates from a single pixel in an image based upon a user’s specific visual impairment, the university reported. The light then passes through the pinhole array in a way that allows the user to see a sharp image.
Huang, who has not yet talked with computer monitor or smartphone and tablet manufacturers about the research, noted that the display technology could be developed into a thin screen protector.
“The current version is still quite fragile,” he added. “It requires precise calibration between the eye and the display and it took some time to find the sweet spot for my own eye. But remember that Amazon just announced the Fire Phone with the super fancy dynamic perspective to track your eye. This technology can solve my problem … so I’m pretty optimistic about the overall progress.”
However, he said that at this point in their work, the technology wouldn’t work on a shared display such as a television screen.
“In the future, we also hope to extend this application to multi-way correction on a shared display, so users with different visual problems can view the same screen and see a sharp image,” he said.