Cerebellar models have long been advocated as viable models for robot dynamics control.
Most notably, the two-spotted spider mite Tetranychus urticae, which has been advocated as a model for genetic and developmental studies of chelicerates [ 28]), has an estimated genome size of only 75 Mbp.
A three-dimensional (3D) culture of cancer cells has long been advocated as a better model of the malignant phenotype that is most closely related to tumorigenicity in vivo.
Agent-based computing has been advocated as a natural computational model to automate the interaction with those services, thus enabling the formation of multiagent systems.
Use of complementary experimental approaches to assess bioavailability has been advocated as a strategy to develop models that reduce uncertainty in risk assessment (NRC 2003).
Hierarchical models have been advocated as a way to integrate SNP and pathway effects in the same model, but their computational complexity has prevented them being applied on a genome-wide scale to date.
Although logistic regression has commonly been used to adjust for risk differences in patient and case mix to permit quality comparisons across hospitals, hierarchical modeling has been advocated as the preferred methodology, because it accounts for clustering of patients within hospitals.
Over the course of the last twenty years, participatory modeling has increasingly been advocated as an integral component of integrated, adaptive, and collaborative water resources management.
Abstraction has been advocated as one of the main remedies for the computational complexity of model-based diagnosis.
Likewise, miRs have been advocated as possible biomarkers.
