I'm back to the usual Sunday release schedule, and -rc3 is out there
now. As expected, it is larger than rc2, since people are clearly
getting back from their Kernel Summit travels etc. But happily, it's
not *much* larger than rc2 was, and there's nothing particularly odd
going on, so I'm going to just ignore the whole "it's summer"
argument, and hope that things are just going that well.
Please don't prove me wrong,
Traditional Linux distributions are built around packaging systems like RPM or dpkg, and an organization model where upstream developers and downstream packagers are relatively clearly separated: an upstream developer writes code, and puts it somewhere online, in a tarball. A packager than grabs it and turns it into RPMs/DEBs. The user then grabs these RPMs/DEBs and installs them locally on the system. For a variety of uses this is a fantastic scheme: users have a large selection of readily packaged software available, in mostly uniform packaging, from a single source they can trust. In this scheme the distribution vets all software it packages, and as long as the user trusts the distribution all should be good. The distribution takes the responsibility of ensuring the software is not malicious, of timely fixing security problems and helping the user if something is wrong.
Is Word better than LibreOffice Writer or is LibreOffice Writer better than Word? Is Android better than Apple? Were Nirvana better than Pearl Jam? Which were better "The Beatles" or "The Rolling Stones"?
Microsoft Word has a lot of flaws that people seem to gloss over. Bullets and numbering for instance are just random. The fonts change, the numbering changes, the indentation changes and for no apparent reason.
The Microsoft ribbon bars have surely just been added to sell training courses because there is no way they are better than menus, toolbars and keyboard shortcuts. Everything we have been used to for 20 years all switched around for no seemingly good reason. I don't like it when my local supermarket rearranges all the shelves for no apparent reason either. If you want a ribbon bar then there is always Kingsoft Office.
Popular Linux distributions for beginners typically default to one of two desktop environments, KDE or GNOME. Both of these environments provide users with an intuitive and attractive desktop, as well as offering all the applications users love, ranging from multimedia software, games, administration programs, network tools, educational applications, utilities, artwork, web development tools and more. However, these two desktops focus more on providing users with a modern computing environment with all the bells and whistles, rather than minimising the amount of system resources they use.
When you stop and think about it, it's kind of astonishing how far Chromebooks have come.
It was only last February, after all, that Google's Chromebook Pixel came crashing into our lives and made us realize how good of an experience Chrome OS could provide.
At the time, the Pixel was light-years ahead of any other Chromebook in almost every possible way: From build quality to display and performance, the system was just in a league of its own. And its price reflected that status: The Pixel sold for a cool $1300, or $1450 if you wanted a higher-storage model with built-in LTE support.
Beignet is the project out of Intel's Open-Source Technology Center for exposing GPGPU/compute capabilities out of Ivy Bridge hardware and newer when using a fully open-source Linux stack. While Beignet differs greatly from Gallium3D's Clover state tracker, this Intel-specific open-source OpenCL implementation is working out quite well for Ubuntu Linux.
While I've been writing about Intel's Beignet project since early 2013, it's probably been about a year now since I tried out the code, which is developed by Intel's OTC graphics team in China. This weekend I tried out Beignet v0.9.2 as trying out the newest Intel OpenCL code has been on my TODO list for a while and it's been working out rather well in my initial tests.
Intel is expected to launch its 5th-gen Intel Core CPUs based on Broadwell architecture by the end of this year. According to the latest leaked information, Google’s Chromebook might feature this Broadwell chip. Intel is focusing on bringing high performance CPU which has minimum power requirement with Broadwell chip.
Even though Broadwell is the scaled down version of Haswell, it will still maintain the same CPU performance as Haswell. The company is working on better performance-per-watt and lower power consumption to improve battery life of devices. Broadwell is just 14 nanometer in size.
Deepin 2014.1 was released today with numerous bug fixes meant to improve the system stability and performance as well as a few interesting enhancements / new features. Users who have already installed Deepin 2014 don't have to reinstall - a simple upgrade via the Deepin Store or command line (sudo apt-get dist-upgrade) is enough to get the latest Deepin 2014.1.