It maintains the idea of distributing behaviors inside a fuzzy structure, while the minimal hierarchical fuzzy control is an effective procedure for dealing with systems complexity and their control.
As concurrency and distributed behavior become ubiquitous in system design, faults due to networks, latency and cyber-physical interactions gain importance and detecting faults in pre-deployment stages becomes essential.
Using graph transformation as underlying formal framework, distributed behavior is designed in a way that consistency of the network, as well as of all object and data structures involved, is ensured.
The electrochemical mechanism model can accurately describe the spatially distributed behavior of the internal states of the battery, but the model is complex and computationally huge, which is difficult to simulation in vehicle BMS.
Normal distribution was tested using a graphical analysis of the residues of Level I and Level II (see Appendix 3), revealing a normally distributed behavior of both groups of residues.
In addition, the messages are only exchanged by neighbors affected by the change in the network, and thus, ZAP incorporates a distributed behavior and derives benefit of the localized nature of interference.
Dynamic crowd monitoring was achieved by implementing the context based region identification and grouping of participants, distributed crowd behavior estimation, and stampede prediction based on distributed consensus.
Because temperature is one major issue in MCFC, the second aim is to predict the spatially distributed thermal behavior of the unit.
A distributed conduit behavior of fluid flow in the vicinity of the Ganos Fault was interpreted.
First, we presented a power-based surcharge that induces more distributed charging behavior.
These spatial characteristics demonstrate a distributed conduit behavior of fluid flow in the vicinity of the GF.
