Submitted by lev_lafayette on Fri, 03/14/2014 - 03:30
Software Quality Assurance integrates the entire software development process. This includes defining requirements and integration, architecture and design, coding conventions, code reuse, source code control and revision, code reviews and testing regimen.
Defining Requirements and Integration
Requirements typically definitions follow the procedures established in the Quality Management System for Project Management
Submitted by lev_lafayette on Fri, 03/07/2014 - 06:04
There should be little doubt that the future of computing is a multicore future. If nothing else, the clock speed/heat trade-off provides a fundamental hardware tendency. But as is well recognised, parallel programming is not the easiest task in the world, hence the importance of teaching core concepts. One of these is Amdahl's Law and the subsequent Gustafon-Barsis Law. The following is an attempt to explain these concepts in an accessible and allegorical manner which educators and trainers may find useful.
Submitted by lev_lafayette on Sat, 02/15/2014 - 09:35
A presentation to the Linux Users of Victoria Beginners Workshop, February 15, 2013
Submitted by lev_lafayette on Thu, 02/13/2014 - 05:25
Submitted by lev_lafayette on Fri, 12/20/2013 - 03:49
NWChem is a suite of computational chemistry tools that are scalable both in their ability to treat large scientific computational chemistry problems efficiently, and in their use of available parallel computing resources from high-performance parallel supercomputers to conventional workstation clusters.
tar xvf Nwchem-6.3.revision2-src.2013-10-17.tar.gz
Submitted by lev_lafayette on Tue, 12/17/2013 - 07:32
Officially Google Hangouts doesn't support Slackware Linux, limiting support to "Ubuntu and other Debian based Linux distributions". Realistically, what one is after is the Google Video and Talk plugin, but this also isn't strictly available for Slackware. Of course Google, being a little more evil that they think they are, does not release the source code for this enviable technology. What is a poor Slacker to do?
Submitted by lev_lafayette on Fri, 11/08/2013 - 10:30
On Sunday, October 27th 2013 a post was made on the Linux Australia mailing list concerning an offer the GNOME Foundation in association with several FOSS provided for a three-month internship for women, specifically "to get more women involved in FOSS". On Tuesday, a poster (perhaps inspired by Sunday's post) argued against "special programmes to address an imbalance between the sexes", suggesting that such programmes are harmful, that merit "shines through inner strength", and that sex-specific programmes should be replaced with programmes for "'incompetent women in IT,' or at least to widen eligibility to include hamsters and fish."
There was, unsurprisingly, a small storm of discussion that resulted which can be mostly be broken up into two perspectives. The first were those who agreed, more or less, with the original poster with the suggestion that any gender disparity in IT may actually simply be "just how it is", that employers are almost always gender-neutral, and that any gender-specific programmes should be abolished. The second group agreed that employment should be gender neutral, but in wasn't, and there were a variety of causes (conscious and unconscious discrimination) for the disparity that justified the existence of such programmes.
Submitted by lev_lafayette on Wed, 10/23/2013 - 01:23
MATLAB (registered trademark implied in this post) is a popular closed-source graphical product for matrix mathematics. Whilst I certainly prefer in most cases the extremely compatible open-source competitor Octave for all the well-founded usual reasons, MATLAB does have a small mountain of libraries and a small fortune backing it, both of which aren't quite always available to the GNU Octave people. So in some cases, based invariably on user requests, some dealings with MATLAB is sometimes required.
Simbody is a multibody physics API to solve Newton's second law in any set of coordinates with arbitrary constraints. To install from source download the latest stable version to somewhere sensible, load the appropriate environment models, including cmake, ensure that a significant number of libraries are available or also added to the path, and install. The following is the most abbreviated example approach.
Submitted by lev_lafayette on Mon, 10/14/2013 - 04:24