TL;DR: The CombineArchiveWeb application is developed to support scientists in promoting and publishing their research by means of creating, exploring, modifying, and sharing archives.
Abstract: Sharing in silico experiments is essential for the advance of research in computational biology. Consequently, the COMBINE archive was designed as a digital container format. It eases the management of files related to a modelling result, fosters collaboration, and ultimately enables the exchange of reproducible simulation studies. However, manual handling of COMBINE archives is tedious and error prone. We therefore developed the CombineArchiveWeb application to support scientists in promoting and publishing their research by means of creating, exploring, modifying, and sharing archives. All files are equipped with meta data and can be distributed over the Web through shareable workspaces.
TL;DR: This paper presents one solution of DVB software demultiplexer module adaptation to support TTS, a new digital container format for transmission through the network.
Abstract: In the digital television industry today, three broadcast standards are dominant worldwide, Digital Video Broadcasting (DVB), Integrated Service Digital Broadcasting (ISDB), Advanced Television System Committee (ATSC). All of these broadcast standards use Moving Pictures Experts Group - Transport Stream (MPEG-TS) digital container format for transmission through the network. Many broadcasters change the configuration on the head-end to support different applications. Some of them add a timestamp to the beginning of the transport stream and create a new digital container format called Timestamped Transport Stream (TTS). This paper presents one solution of DVB software demultiplexer module adaptation to support TTS.