The solution by Chen and Romanovsky ([2008]), called WS-Mediator, supports Web service resilience-explicit dynamic reconfiguration in order to adapt fault-tolerance techniques and use the available service redundancy.
CAAs provide a coherent set of concepts adapted to fault tolerant distributed system design that includes structured transactions, distribution, cooperation, competition, and forward and backward error recovery mechanisms triggered by exceptions.
Two different sizes of mesh layout are adapted to the fault, and the mesh sizes are, on average, 50 m and 25 m, respectively.
The closed-loop system is reconfigured by means of a virtual sensor which is adapted to the fault situation detected by the FDI unit.
The proposed method is explained in case of single defect model, but can be easily adapted to handle multiple fault scenarios.
The actual fault handling which is addressed in other publications can be carried out by the use of dedicated filters adapted to remove the faults from the measurements.
It is already being adapted to look for faults in microelectronic circuits, and it might eventually be used to test mechanical components made of stainless steel or carbon fibre for structural integrity.
This means the algorithms need to be adapted to be lightweight, fault-tolerant and fast.
In order to develop BITCP, test case execution time and the number of faults were adapted to the distance from the prey and loudness, respectively.
Meanwhile the emulated cells can be connected in series, and can be adapted to simulate some faults, e.g., over-charge and over-discharge as well.
