Medical FLOSS repository at www.medfloss.org

After the initial launch 6 months ago it recently welcomed the 200th project in its repository: the GPL-licensed iDART software – iDART is the abbreviation of “Intelligent Dispensing of Antiretroviral Treatment” and according to its authors addresses many of the challenges faced by public ART dispensing pharmacies in developing countries.

Starting with originally just 120 projects, the medfloss.org database currently holds:

• 206 medical FLOSS projects that can be browsed by application type, enterprise function, standard and additional categories.
• 63 companies and other institutions that are offering professional service for specific FLOSS projects
• 83 references to scientific publications about the utilization of FLOSS in health care
• detailed overview of past and future FLOSS events like the Med-e-Tel 2010 FLOSS-HC track or OSCON Health IT track 2010

… and much more useful information.

My cordial thanks goes to all the contributors that already made and hopefully will continue to make use of the open content concept by revising/extending existing information or adding new content!

For more information about the site and its objectives please refer to the mission statement or these slides. Beside amendments to the actual content I also highly appreciate any general feedback about the site, offered functionality and shortcomings of it.

Medical FLOSS Portal at www.medfloss.org

For details about the offered features and services please refer to the Mission Statement.

Update (2010/03/06): Links have been updated as site was moved from medfoss.apfelkraut.org to www.medfloss.org.

Trackbacks: The H Open Source – “FOSS for health care”, heise.de – “Open Source für die Medizin”, healthcaremarketing.eu – “Open Source-Initiative ‘Medfoss.apfelkraut.org’ gestartet”.

The Web site AlternativeTo – “Find better Windows, Mac, Linux and online applications” could be a reasonable source for conveniently answering such question. At alternativeto.net you can search for the application that you want to replace. As result you will get a list of alternative software with similar (or even better) functionality. This list can then be filtered by tag, license (Open Source!) and supported platform.

AlternativeTo is run by the Swedish company 27 Kilobyte AB and online since March 2009. Searching is free. If you want to suggest a new application and to comment or vote for an existing one, you have to sign in via Facebook Connect or Open ID.

In case of my mission in finding suitable replacements for iTunes and Lightroom (yes, I am fed up of this “cool” Mac stuff), AlternativeTo brought me more useful candidates than an initial google search or sourceforge.net dig.

Yet it is far from complete and probably happy about your contribution.

I recently bought a Siemens Fujitsu Desktop PC PI 3645 and was really amazed that nearly all hardware was working out of the box with Kubuntu 8.10 64bit.

However the built-in WLAN adapter was not working. It showed up that it is a Ralink RT2870 USB Stick, somehow integrated although I haven’t found it yet.

My first try to get it working was with ndiswrapper. But I didn’t have a 64 bit Windows driver at hand, so I decided to use the original Linux driver provided by Ralink Technology.

The following posts have been of good use to me, still they have been a way too complicated or did not describe the way I got it working: “Followup on the Belkin F5D8053 and Ubuntu”, “Install linux drivers for ralink rt2870″ or “rt2870″.

UPDATE (2009/10/02): The links to the official Ralink drivers have been updated as version 2.2.0.0 of the driver package was released in Aug 2009. Still this version was not tested by me but I am happy if you leave a comment about your experiences.

Now let’s get started:

1.) First thing is to prepare the system for the driver compilation. Therefore it is needed to install certain tools and the headers of the running kernel:

• sudo apt-get install build-essential linux-headers-`uname -r`

2.) Now the source for the Linux driver needs to be downloaded from the Linux support page of Ralink Technology.

• Download this package (alternative mirror):
  wget http://www.ralinktech.com/license_us.php?n=2&p=0&t=U0wyRnpjMlYwY3k4eU1EQTVMekV5THpFMUwyUnZkMjVzYjJGa05UYzBNVFExTkRNNU5TNWllakk5UFQxU1ZESTROekJmVEdsdWRYaFRWRUZmVmpJdU15NHdMakF1ZEdGeUxuUmhjZz09Qw%3D%3D
• Extract it somewhere:
  tar xvfj RT2870_LinuxSTA_V2.3.0.0.tar.tar.bz2

3.) Now the support of wpa_supplicant should be enabled in the file os/linux/config.mk of the driver package.

• Open the file with your favorite text editor, for example GNU Emacs:
  emacs os/linux/config.mk
• Change the following attributes from “no (=n)”:
  

  # Support Wpa_Supplicant
HAS_WPA_SUPPLICANT=n

  # Support Native WpaSupplicant for Network Maganger
HAS_NATIVE_WPA_SUPPLICANT_SUPPORT=n

  … to value “yes (=y)”:

  # Support Wpa_Supplicant
HAS_WPA_SUPPLICANT=y

  # Support Native WpaSupplicant for Network Maganger
HAS_NATIVE_WPA_SUPPLICANT_SUPPORT=y

4.) Afterwards the driver needs to be build and installed. Make sure to execute both commands in the root of the driver package and with superuser privileges:

• sudo make
• sudo make install

5.) Last thing is to add this driver to /etc/modules so that it is loaded automatically every time the system is rebooted.

• Open the file with your favorite text editor, for example GNU Emacs:
  emacs /etc/modules
• Add the following line:
  rt2870sta

  (others reported that they had only success by adding “alias ra0 rt2870sta“)

6.) If you do not want to reboot your machine, you should execute the following two lines with superuser privileges to load the driver and to integrate it in your networking configuration:

• sudo modprobe rt2870sta
• sudo /etc/init.d/networking restart

Now in my case with Kubuntu the KNetworkManager came up and listed me all available WLAN networks. Even without wpa_supplicant I was able to connect to my WPA2 encrypted network as KNetworkManager seems to have build-in WPA2 support.