The central elements perform modular reductions, while the symmetric units on both sides accumulate the modular multiplication results.
Fodor presents a large number of arguments against the possibility of modular central systems.
A modular central receiver heliostat field in high-concentration application was modelled numerically.
Hub proteins often have special biological properties: they tend to be more essential than non-hub proteins [113] and they are found to play a central role in modular organisation of the protein interaction network [114].
The original argument that central systems are not modular (that is, not modular in the Fodorian sense)—and with it, the motivation for the negative strand of the modest modularity thesis still stands.
But given the importance of strong (i.e., narrow-scope) encapsulation to Fodorian modularity, all this really shows is that central systems might be modular in a non-Fodorian sense.
I turn now to the dark side of Fodor's thesis: the claim that central systems are not modular.
If modules have all the characteristics that Fodor (1983) first presented, then he may be right that central systems are not modular.
Carruthers is well aware that Fodor (see e.g. Fodor 2000) does not believe that central systems can be modular but he presents arguments from evolutionary psychologists and others that support the modularity thesis for the whole mind.
In the battery management section the various concepts of battery management including modular, single central, and single-cell batteries are discussed, together with discussions on the state of charge estimation and the state of health estimation for lithium-ion batteries.
