Modern complex theory assumes that the complexity is attributed to the interactions among the components of the system, therefore, interaction has been considered as a sensible measure of complexity of the biological systems.
The major source of complexity is attributed to backtracking of the proposed algorithm.
This complexity is attributed to the existence of joints as the major source of weakness and material nonlinearities as well as the infill-frame interaction which cannot be properly modeled using the traditional finite element methods.
The functional ambiguity of sugar in flowering time control reflects the complexity of sugar homeostasis, which is attributed to the combined regulation of biosynthesis, degradation, and distribution in different plant tissues [ 6, 8, 12].
The lack of improvement in intensity forecasting is attributed to the complexity of tropical systems and an incomplete understanding of factors that affect their development.
This is attributed to the complexity of contextual factors.
The recalcitrance of plant biomass to fractionation and hydrolysis is attributed to the complexity and tight packing of plant cell wall polymers, which interact through a number of cohesive intermolecular forces [ 4, 5].
The main reason is attributed to the fact that ENS-SS holds a space complexity of O(1), whereas the space complexity of T-ENS is O(N).
This is attributed to the different amount of motion and scene complexities between the sequences.
Much of this complexity can be attributed to third phase of decision selection processes which comprise intelligence, design, choice, and review.
Strohm notes that Egardus's music is less complex than other mid-century composers, but this lack of complexity can either be attributed to an early date for its composition, contemporaneous with Philippe de Vitry, or a far later date, just prior to Johannes Ciconia).
