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The construction depends on a construction of a Boolean algebra with some combinatorial properties.
In the internal language of a Boolean local topos, the logical connectives and quantifiers have their natural meanings.
The starting point is a novel decomposition of a Boolean function's total mutual information (between input variables and the output).
Moreover, certain topological properties such as the fixed points and cycles of a Boolean control network are investigated.
Using it, an easily verifiable necessary and sufficient condition for the controllability of a Boolean control network is obtained.
Using the semi-tensor product of matrices, the dynamics of a Boolean control network is expressed in its algebraic form.
The ordinary algebra (in which the elements are the real numbers and the commutative binary operations are addition and multiplication) does not satisfy all the requirements of a Boolean algebra.
In this paper we describe how to exploit the autosymmetry property of a Boolean function in order to obtain a smaller lattice representation in a reduced minimization time.
The concept harnesses a biocatalytic cascade that emulates the functionality of a Boolean NAND gate in order to process relevant physiological parameters in the biochemical domain.
Furthermore, the information spectrum of a Boolean function may be assigned a complexity value using the approximate entropy introduced by Pincus PincusS. S. M. (1991).
Based on these observations, we examine the applicability of non-specification-based approaches, which need no specification in the form of a Boolean formula to create tests.
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com