Data flow control infrastructure for the distributed cooperative measurement system
Dengpan Zhang, Haige Song · 2009
This paper presents a novel data flow control Infrastructure for the collaborative distributed measurement across multi-areas. To explore this idea, a distributed virtual heterogeneous measurement platform with high reconfigurability, interoperability, extendibility and the interconnection of the distributed equipment for the security of production for the enterprises. To carry out the data flow control among the distributed measurement sensors, the problems about equipment location, the reconstruction of measurement interface and the communication among the accessed measurement sensors are studied. With a dynamic reconfigurable scheduling mechanism, the proposed way implements the reconfiguration of the virtual measurement cases and schedules the users' measurement tasks among all the registered equipment or measurement unit with different sensors. The availability and efficiency of the way have been verified by the given example in distributed measurement collaboration among enterprises with promising results.