The entire E-llum Filter system, regardless of its intended use, results in numerous input and output parameters of its operation (voltages, currents, pressures, temperatures, concentrations, flow rates, etc.).
Each input element can have an effect, which cannot be determined a priori due to the complexity of the system and its total innovativeness, on each output element. In order to be able to drive the E-llum Filter system in the desired manner, and at the same time extract all the information consequent to its operation, this system is associated with a proprietary software that guarantees complete control in input and output.
This software also incorporates data collection and processing functions at a level suitable to make them immediately useful for an understanding of the phenomena connected to the functioning of the system so as to correct the experimental sessions in real time, immediately useful for an understanding of the phenomena connected to the functioning of the system so as to correct the experimental sessions in real time. This approach makes it possible to progressively create a database of cumulative information that will constitute basic know-how for subsequent developments in the development and use of the system.
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