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Statistical models are the classical approaches for tackling this problem.
The classical approaches for modelling spatial structures address aggregation through a set of distributional hypotheses.
The results of the proposed technique outperformed the results of the classical approaches.
In addition, the classical approaches such as collaborative filtering were employed more than the other approaches.
In the past the classical approaches from control theory, simulation, decision making.... were used.
Hence, they are a noteworthy alternative to the classical approaches when considering discharge series.
Unfortunately there are some drawbacks associated with the classical approaches based on the use of parcalls and markers.
The classical approaches to superhydrophobicity using the Young, Wenzel, and Cassie Baxter models for the contact angle (CA) are presented.
Due to its features, the final resolving system can be solved with the classical approaches by using standard numerical procedures.
As synthesis is an intuitive and empirical process, however, the classical approaches to computer-assisted synthesis planning do not fully satisfy the needs of the synthetic chemist.
This is due for the existence of unresolved technical and theoretical issues related to the metrological characterization through the classical approaches of these instruments.
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CEO of Professional Science Editing for Scientists @ prosciediting.com