Sentence examples for is based on an influence from inspiring English sources

The nonlinear, non-steady state contact model is based on an influence function method for the elastic half-space.

It is best suited to model signaling pathways in the following cases: The model is based on an influence network, because BKMC is a generalization of the asynchronous Boolean dynamics.

The model is based on an expanding influence volume approach where the influence volumes are associated with bubbles such that the nucleation rate is negligible in the influence regions compared to the initial nucleation rate.

Southwest Airlines pricing is based on a variable model influenced by several factors including the flight time, destination, and ticket demand.

Each DISCOVER Center will develop an overarching theme that is based on a specific environmentally influenced disease or dysfunction and will craft an interdisciplinary research approach that integrates patient-oriented or public health research with basic mechanistic studies to address disease etiology, pathogenesis, susceptibility, and/or progression.

Each DISCOVER Center will develop an overarching theme that is based on a specific environmentally influenced disease or dysfunction and will craft an interdisciplinary research approach that incorporates clinical and basic mechanistic studies to address disease etiology, pathogenesis, susceptibility, progression, and/or prognosis.

This is based on a measure of transcriptional influence, which was shown to provide a transformed view of the transcriptome in which classification algorithms are more robust (Nicolle et al., 2012).

Detection of abnormal behaviour is based on a prediction/observation process and the influence of the faulty sources is discarded by discounting coefficients.

It is of outmost importance that development of guidelines and other knowledge sources is based on a deep understanding of the influence of the context and the interaction between healthcare professionals in learning and performance.

The analysis is based on a combination of the methods of Influence Coefficients and Transformed Sections and leads to closed-form equations for tractions and deformations.

The application of the model to real-world data is based on a multiple regression model quantifying the influence of macro-scale factors and on an automatic calibration process based on historical data where local coefficient scores for different areas are determined.