DOS Lab IIT Madras and CDAC Chennai out of India are aiming to redesign the Linux kernel as MOOL, or the Minimalistic Object Oriented Linux. The project site explains, "MOOL (Minimalistic Object Oriented Linux) aims at redesigning the Linux kernel to reduce coupling and increase maintainability by means of OO (Object Oriented) abstractions. Excessive common coupling prevails in existing kernel. Studies have shown that common coupling is increasing in successive versions of Linux. This will make maintainability of Linux difficult in coming years. As a starting step we have tried to reduce the number of global variables of the kernel. Some global variables are used only by two or three kernel modules. These are passed as function arguments. The performance of the modified kernel is measured with the standard performance analysis tools. The modified kernel performs almost same as original. MOOL features a device driver framework to write drivers in C++ and insert them as loadable kernel modules."
Using input device / control events in the Tizen Linux they were able to control mouse and keyboard events. You can charge the Tizen phone when it is place inside the robots head, and notifications messages are displayed in the robots LCD screen. You can also perform file transfers between devices and even use the robot as a media output device.
Ugh, here we go again with the Windows versus Linux desktop blather. I hate having to wade through this stuff, but it's necessary because articles like this continue to promote the idea that the desktop is of primary importance to Linux and that simply isn't true. Usage habits have shifted considerably from desktop computers to mobile devices.
Linux will always be around on the desktop, it may or may not have a sizable percentage of market share, but it will always be there as an alternative to Windows and OS X. And Windows 10 (or 11 or 12 or 13) isn't going to change that, no matter what Microsoft does to improve its desktop operating system.
The real action is in mobile devices and in that arena Linux has utterly smashed Windows and Microsoft into oblivion. You see Linux in Android phones and tablets, Chromebooks, Kindle ebook readers and in many other devices. The article grudgingly notes the success of Linux in mobile at the very end but otherwise seems totally focused on a pointless desktop horse race between Linux and Windows.
The world's favorite abortive mobile operating system, webOS, refuses to go away quietly. After being open-sourced by HP and then sold off to LG, webOS is now apparently returning to mobile devices in the form of a new LG SmartWatch. A developer website hosted by LG teases a software development kit for a webOS SmartWatch, while the familiar Bean Bird from LG's webOS TVs also shows up, this time supporting a classically styled analog wristwatch.
Recently, as part of the anti-women #GamerGate campaign, a set of awful humans convinced Intel to terminate an advertising campaign because the site hosting the campaign had dared to suggest that the sexism present throughout the gaming industry might be a problem. Despite being awful humans, it is absolutely their right to request that a company choose to spend its money in a different way. And despite it being a dreadful decision, Intel is obviously entitled to spend their money as they wish. But I'm also free to spend my unpaid spare time as I wish, and I no longer wish to spend it doing unpaid work to enable an abhorrently-behaving company to sell more hardware. I won't be working on any Intel-specific bugs. I won't be reverse engineering any Intel-based features. If the backlight on your laptop with an Intel GPU doesn't work, the number of fucks I'll be giving will fail to register on even the most sensitive measuring device.
Google Glass wasn't the first eyewear computer, but it achieved several technological breakthroughs, especially in its sleek, lightweight construction. The much maligned device has spawned a growing industry of head-mounted smart eyegear. Our slide show of 11 Android and Linux eyewear devices includes simple Bluetooth accessories for notifications, full-fledged industrial headgear, sports gear for bikers and skiiers, and even a motorcycle helmet (click Gallery link below).
Like Glass, eight of the 10 other devices listed in our slide show are based on Android, while two -- Laforge's ICIS and Tobii Glasses 2 -- use embedded Linux. Almost all the devices are open for pre-orders at the very least, and most are shipping, although sometimes only in beta form. Several are OEM-focused devices. Glass only recently became publicly available for $1,500, and sales are still controlled by Google, with restrictions in terms of age (18+) and a requirement that you live in the US or UK.
Atmel is sampling a Linux supported, Cortex-A5 based SAMA5D4 SoC that bests the earlier SAMA5D3 with new NEON, L2 cache, 720p decode, and security features.
Atmel announced the SAMA5D4 system-on-chip at ARM TechCon 2014, which is underway this week in Santa Clara, Calif. The SAMA5D4, builds upon the foundation of the earlier SAMA5D3 SoC, and similarly uses ARM’s Cortex-A5 processor. It supports Internet of Things (IoT) applications including control panels, communication gateways, and imaging terminals, says Atmel. The SAMA5D4 is supported with an Atmel Xplained development kit, as well as a mainline Linux BSP, with Android support coming in December.