Parallel composition of LTI systems, the second type of interconnections, introduces algebraic constraints but allows for decomposition of a global specification.
We then analyze the virus propagation under different scenarios involving different types of interconnection networks and assuming that the virus is introduced in the population by groups of individuals with different characteristics.
More recently, different types of interconnections between glutamatergic and serotoninergic neurotransmission systems have been proposed to explain psychosis.
Modern understanding of complex systems suggests that, given these two types of interconnections, the dynamic responsiveness of fibroblasts within connective tissue may be affected by the structural characteristics of the collagenous network both locally and at a distance [ 15, 16].
The edges in MalaCards are defined based on searches within MalaCards, highlighting three types of interconnections: (i) textual co-occurrence, e.g. in the 'Summaries' and 'Publications' sections, (ii) symptoms/phenotypes, and (iii) gene sharing, as manifested in the related diseases section derived from GeneDecks gene set analysis.
We use a more sophisticated model in which each matrix cell holds a value that represents the type of social interconnection: study, work, leisure, or family.
These attributes include: the number of units that make up the whole, the type of integration (relationship, interconnection, communication, spatial confinement) involved, the new functions obtained, and the aim or goal of the system.
To address these challenges, here we describe a Bayesian non-parametric model that can discover circuit structure automatically from connectomics data: the cell types, their spatial patterns of interconnection, and the locations of somata and synapses.
The average amount of this parameter varied in the range of ten milli-Darcy to thousands of milli-Darcy regarding the types of reservoir and interconnection between cracks and fractures.
Two different types of vacuum-deposited interconnection layers (ICLs) were investigated for tandem solar cells: (1) a pure metal oxide and (2) an organic matrix doped with conductive dopants.
