We combine some of the best emulation projects together into one beautiful unified application that simply organizes your personal games library. Watch as you drop in backups of your games (ROMs) & they are gracefully added to their appropriate library along with original box art!
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oVirt is an open-source distributed virtualization solution, designed to manage your entire enterprise infrastructure.oVirt uses the trusted KVM hypervisor and is built upon several other community projects, including libvirt, Gluster, PatternFly, and Ansible.
The main points which swayed their decision? "A very active community, an ambitious technical roadmap with regular releases, and the involvement of companies including Red Hat, Intel, NetApp, Cisco and IBM reassured us that the project would be around for the duration."
The vast majority of LabKey Server features developed for Atlas are built into the LabKey Server platform and available as part of the open source project. Certain customizations of the Atlas installation are closely tailored to particular projects or studies, so they are not part of the open source project. They are only mentioned here as illustrations of extensibility, and they are noted as such.
(2) Management of experimental data types that are invented or modified as projects evolve. LabKey Server's graphical assay design tools are novel in the way they allow scientists to quickly describe and manage arbitrary assay data types, plus extend built-in assay types. Users can graphically associate a broad range of scientifically-relevant properties (e.g., regular expression validators and standardized out-of-range markers) with each column of assay data and metadata. These properties can facilitate quality control, visualization and analysis.
HTVN has built custom data summaries (available only on Atlas) that allow central labs to view the cumulative success of individual technicians in processing and preserving blood cells, as measured through cell viability tests. Study managers can use these summaries to swiftly identify problem areas and improve quality control. The result is a shorter feedback loop between central labs and remote labs. The summaries also provide transparency to project funders and digital historical records that take the place of paper-based tracking.
Custom study summaries defined in an Atlas module. LabKey Server modules can be used to encapsulate scientifically interesting applications. Atlas's vaccine study module defines several interfaces that generate interactive summaries of vaccine studies, including the interface displayed in this figure. This module is tailored to Atlas-specific data, so it is not part of the open source project. Generated summaries like the one shown in this figure make it easier for scientists to swiftly, publicly share study information and protocols after publishing associated research papers. The Atlas web portal respects user permissions, so study summaries display different amounts of information to different tiers of users. Atlas login is not required to view public study data, so you can explore the interfaces and data summaries defined in the vaccine study module without acquiring Atlas credentials:
CHAVI contributors include Barton Haynes, Director of CHAVI, and Kelly Soderberg, who directs CHAVI program management. CAVD contributors include David Montefiori, whose lab developed the NAb assay protocol; Michael Seaman, who provided feedback on the NAb assay tool; and Kelli Greene and Hongmei Gao, who are both program managers for CAVD at Duke. Blake Wood served as a senior project manager for both CHAVI and CAVD. Thanks also go to John Boyle and Sarah Killcoyne and three thoughtful reviewers for their helpful suggestions on this paper.
As some core openMSX developers felt uncomfortable at SourceForge.net given the recent events, we decided to say goodbye to them after 14 years. So far we have moved our code and tickets to GitHub and our website to private hosting. With that, please update your git clones and links to our website! Our GitHub project page (where you can find the code and the ticket system) is at and the official URL of our web site is now The coming weeks we will see if and how we will move the rest of our stuff off of SourceForge.net.
Today we moved all openMSX projects to Git (still on SourceForge.net), after having used Subversion for about 6 and a half years. Git is now the state of the art on source code management and rapidly getting more popular. Anyway, this means that you have to use a different way to get the latest openMSX sources now: click on one of the repos to see the instructions at the top. The Subversion repository will be deleted soon. Also, we've converted the project on SF.net from classic to Allura. You'll notice that when visiting the project page, especially when you check the new Tickets system, e.g. the bug tracker.
Today we moved the main openMSX project to Subversion (SVN). This means that you have to use a different way to get the latest openMSX sources now. It is explained in the updated online manual, in the Compilation Guide. Snapshots are now also taken from SVN. We removed the snapshot of Catapult, because Catapult as has been released so far is pronounced dead. A rewrite using Python and Qt4 is in the works though. You can get a snapshot of that project, instead.
PowerPointLabs is an open source project based in the National University of Singapore. It makes creating engaging PowerPoint presentations easy. Check out what it can do for you below.
PC-Magazin Iron: The most secure browser in the world The Iron browser is based on the open-source project from Google Chrome. It is one of the safest browsers in the world thanks to numerous improvements. (German translated to English)
ETAP has been one of our major tools in solving various studies on our projects. Since ourcompany first started using ETAP in 1987, we found it user friendly and accurate. Mostimportantly, we were able to depend on the technical staff at ETAP whenever we needed help.
The ITER Project selected ETAP as the electrical analysis tool for several reasons. The U.S.nuclear qualification ensures high level of quality. Moreover, in an internationalenvironment like ITER, ETAP demonstrated a high level of support in all the countriesinvolved in the project. 2ff7e9595c
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