The peak dendritic field complexity was located between 60 and 80 µm from the cell body for S-ERF neurons, and 80 and 100 µm for F-ERF neurons, beyond which the number of dendritic branches decreased.
These mucin domains occurred at positions 1091 1099 and 1115 1158 with a smaller low complexity region located between nucleotides 693 and 704.
Reducing the column length lowers the complexity of locating the smallest set of linear dependent coefficients.
The time complexity to locate all possible occurrences of queried pattern P on a sequence of length n using the ordinary suffix array is O |P| · log n).
All the high complexity hospitals are located in urban areas (i.e. more than 10,000 inhabitants), and 54% of the low complexity hospitals are in urban areas.
In order to decrease the number of spanning trees and reduce calculation complexity, adjacent branches located on a loop whose crossing point have a degree of 2 are incorporated into one edge, and branches not located on any loop can be removed from the graph of distribution network.
Tandem genes that are evolving rapidly or have low sequence complexity may not be located using sequence similarity.
The low complexity sequences are mostly located between two adjacent globular domains and only infrequently invade globular domains.
Extending these findings to the hippocampus, we report a reduction of total dendritic complexity of the neurons located in the CA1 and DG regions, suggesting that these changes might be intimately related to dysfunctions in the memory and learning processes of mice chronically infected with T. gondii.
In such a case, there will be high computation complexity if we locate the standard individually.
We will first discuss the theoretical underpinnings of this approach and then continue with an introduction to the CEGARTIX system [21] and the ArgSemSAT system [22], which both rely on iterative calls to SAT solvers for argumentation semantics of high complexity (i.e., being located on the second level of the polynomial hierarchy).
