The behavior-based architecture decomposes the complicated interactions of multiple robots into modular behaviors at different complexity levels.
The developed routing architecture decomposes the road infrastructure into slots in the spatial and temporal domains and for every vehicle, it makes the appropriate route reservations to avoid traffic congestion while minimizing the traveling time.
The one-variable-one-network (OVON) architecture decomposes the problem in the variable dimension univariate temporal patterns, called sub-states, are first identified in each variable; subsequently, the process state is inferred using the variable sub-states.
Architectures decompose complex engineering problems into smaller, more manageable pieces, the modules of the architecture.
In this architecture, four different hybrid models are presented by combining four signal decomposing algorithms (e.g., Wavelet Decomposition/Wavelet Packet Decomposition/Empirical Mode Decomposition/Fast Ensemble Empirical Mode Decomposition) and Extreme Learning Machines.
This architecture is hardware intensive.
This architecture is called one reconfigurable block architecture (ORBA).
This architecture has two advantages.
Supplementary Material S1 illustrates this architecture.
This architecture communication remains to be established.
