Matthew Miller is a little concerned. As the new project leader for the Fedora Linux distribution, he thinks Fedora 20 is great and Fedora 21, when it ships, will be the best release ever. But he worries that to everyone else, Fedora – and Linux distros in general – are getting a little, well … boring.
If it hasn't been made clear enough in recent months that China would love nothing more than to cut down on its reliance to American technology companies, its just-announced decision to create its own operating system should remedy that. At first, this OS will target the desktop, but eventually, it'll make its way to smartphones and other mobile devices.
At this point, we know very little about what China's OS will look like, or be like for that matter, but we do know that it's being designed to be a proper replacement for Microsoft's and Google's OSes. It seems very likely that China's OS would use Linux as a base, since there's little point in reinventing the wheel, and because of its open-source nature, the country would have complete control over the code. Further, Linux natively supports both x86 and ARM architectures, so that'd help take care of both the desktop and mobile aspect of the OS, and of course, Linux already supports a lot of software
Are you tired of being forced to upgrade your Operating System regularly? What about the unnecessary changes that end up being made, changes that you don’t even want, much less need? How would you like to pick and choose what aspects of your operating system you want upgraded, and leave the ones you know, love, and are accustomed to how they are?
You may think you're a high-tech power user who knows all the nooks and crannies of Windows, iOS, and Android, but let's be realistic: There could be at least a few undocumented (or poorly documented) commands, control panels, and apps that have slipped by you—maybe more than a few.
We've dived deep into each OS to uncover the best hidden tips and tricks that can make you more productive—or make common tasks easier. Got a favorite undocumented tip to share with readers? Add them in the comments section at the end of the article.
Fans of LXQt, the merge of the Qt version of LXDE along with the Razor-qt desktop project, will soon see out a big update.
LXQt 0.8.0 is being readied for release as the latest of this next-generation lightweight desktop environment. Heavy development continues on LXQt and recently the most important bugs have been addressed for the upcoming LXQt 0.8 milestone. Holding back the LXQt 0.8 release is finishing the language translations and figuring out what to do about their RandR utility.
Applications running in Linux containers are isolated within a single copy of the operating system running on a physical server. This approach stands in contrast to hypervisor-based virtualization in which each application is bound to a complete copy of a guest operating system and communicates with the hardware through the intervening hypervisor. As a result, containers consume very few system resources such as memory and impose essentially no performance overhead on the application.
Using DemocracyOS represents a challenge for any institution used to make decisions in the traditional way. It is designed for governments to open themselves up to citizen engagement, but power is usually conservative. But the biggest challenge is probably to fight against the presumption that citizens are naturally apathetic and shun commitment. Our challenge is cultural, not technological.
We are happy to announce the release of SymphonyOS 14.1, the second release in the Phoenix series. This release includes several bugfixes over the 14.0 developer preview from earlier this year including. Update to an Ubuntu 14.04 base system Improved handling of menu generation and proper updating of the menu system when system changes occur Improvements to the logout functionality Replacement of Slim DM with LightDM Security updates to the local httpd Fixes to installation from DVD While this new release still receives a beta title and should not be considered stable it is a large step forward and we hope...
Ashwin Chaugule of Linaro has announced his experimental kernel implementation of Collaborative Processor Performance Controls (CPPC) that is part of the ACPI 5.1 specification.
An increasing amount of x86 and ARM64 hardware is expected in the marketplace soon that supports CPPC, which is a new interface for CPU performance control between the OS and platform, while right now it's just exposed by a limited number of systems. Here's more from Ashwin's description:
CPPC is the new interface for CPU performance control between the OS and the platform defined in ACPI 5.0+. The interface is built on an abstract representation of CPU performance rather than raw frequency.