\scBookLanguage{de}
\begin{scAbstract}
\scLanguage{en}
-\scTitle{TRB-based DAQ systems - A collaborative approach}
+\scTitle{TRB3-based DAQ systems - A collaborative approach}
\scAuthor{*}{Jan}{Michel}{1}
\scAffiliation{1}{Goethe-Universit\"at Frankfurt}
\scBeginText
-Abstract
+
+Modern detector systems have become complex and the demands on data-
+and event-rates made designing a fitting data acquisition scheme a major task. On
+the other hand, many small research groups need a fast way to set up a small system
+for testing of detector prototypes.
+During the past years, the data acquisition system of the HADES detector at GSI has
+been rebuilt. During this time, a huge set of electronic components, a network data
+transport protocol and software for data storage as well as control and monitoring
+of the detector has been developed. This framework has been further developed, a new
+versatile FPGA platform (TRB3) has been built and can be adapted to many different
+needs by AddOn and front-end modules.
+
+The full toolchain has been successfully used by various sub-groups of the FAIR
+experiments CBM, PANDA and HADES. Several other detector groups are interested in
+and are actively contributing to the project.
+
+This talk will focus on the advantages such a collaborative community has for all
+participants. Among these is the small amount of work to be contributed by the
+individual, the fast installation time of new set-ups and versatile software
+environment to which all users contribute.
+
+
\scEndText
\scConference{Frankfurt 2014}
\scPart{HK}