The phrase "hierarchical logic" is correct and usable in written English.
It can be used when discussing systems, structures, or reasoning that are organized in a ranked or layered manner.
Example: "In our analysis, we applied hierarchical logic to categorize the data into different levels of importance."
Alternatives: "layered reasoning" or "tiered logic".
OntoSearch harnesses the hierarchical logic and semantic reasoning described above to provide powerful yet intuitive data mining capabilities.
Similarly, but on a more tactical level of play, the Overijssel case combines hierarchical logic of consent, albeit through private-public administration through experts with a strict task, with network logic of consent.
The latter class of inhibition nets is shown to correspond to the class of finite, normal, hierarchical logic programs concerning dynamics, and also to the class of binary, layered, input-driven artificial neural networks.
Indeed, a careful functional analysis of this family of FFLs highlights a hierarchical logic mostly linked to catabolite repression (Fig. 3.A).
Genes acting as Zs in the former would be part of the polycistron in the latter and could also be subjected to a hierarchical logic (by an external global signal and the specific one associated to the polycistronic autoregulation, Fig. 3.B C).
This scheme combines the action of a general and specific TF following a hierarchical logic mostly linked to catabolite repression: when glucose is absent, CRP regulation (X in most of these FFLs, Fig. 3.A) activates a number of genes enabling the sensing (Ys in FFLs, usually autoregulated) and metabolizing (Zs, adjacently or not adjacently located) of alternative sugar sources.
The main object of this paper is concentrated on the hierarchical fuzzy logic by the singular perturbation approach for flexible-link robot arm control.
Moreover a hierarchical decision logic algorithm is obtained by means of the theoretical machinery of the supervisor theory of discrete event systems.
Hierarchical fuzzy logic controllers (HFLC) have been introduced to reduce the number of rules to a linear function of system variables.
The results demonstrate that the FPGA-based hierarchical fuzzy logic controller is a practical approach for automatic power operations in advanced nuclear power plant applications.
The MCHFLS, minimal configured hierarchical fuzzy logic systems, is minimizing the fuzzy inferences parameters by adjusting essentially the variables associations and levels structures.
