It describes the data distribution system for Xiaoqushan Submarine Comprehensive Observation and Marine Equipment Test Platform XSCOMETPP).
The data distribution system has been implemented using a publishing-subscribing technology that receives data from data generators and redistributes them to client applications.
The architecture of the system is formed by: the data generator components, the data distribution system, an access control service, and the client applications.
A data distribution system, constituted of eight data centres, has been implemented for the production of physical parameters and their distribution to the end users all over the world.
The Data Distribution System for XSCOMETP was developed by C# in the.NET framework, which enabled multi-source and heterogeneous data to be acquired, interpreted and stored in real time.
Another objective of the effort was to set up and test a data distribution system, providing Internet-based rapid data transfer among the project partners being partly at sea and partly on land in different continents.
Combining broad accessibility with modern information technology, alarm signal can be sent immediately to the registered cell phones when the abnormal status of devices is found, and the web data distribution system enables data access from almost everywhere using smart phones or tablet computers.
A TCP/IP-based scientific instrument control and data distribution system have been designed and realized as part of a low cost e-learning strategy to allow an institution of learning to offer remote access to a distant, physical laboratory for collaborative experimentation using a highly embedded web server.
Conflation: This is the feature of the messaging and data distribution system that guarantees true real-time delivery of data.
It was also the first time the Link 16 data distribution system was used to connect two Arrow units, although the system had been used in previous tests to connect Arrow and Patriot batteries.
