Sentence examples for mathematical complexity of from inspiring English sources

It was refined by examining how 4 ninth grade mathematics teachers of linguistically diverse groups of students described the linguistic and mathematical complexity of a set of tasks from their curriculum unit on linear functions.

Through the integration of different methods, tools, algorithms and databases, the framework guides the user in dealing with the mathematical complexity of the problems, allowing efficient formulation and solution of large and complex enterprise-wide optimization problem.

The very best passages of Hemingway have the mathematical complexity of a fractal: a seemingly simple formula that, in its recurrence, causes slight but crucial changes over time.

Add to this the microtonal explorations of Indian music and the incredible mathematical complexity of its approach to rhythm, and you have some idea of why the ordinary English ear (not to mention the Indian one) might have been baffled.

This, however; increases the mathematical complexity of the model and results in a coupled system of partial differential equations (PDE) of hyperbolic type with nonlinear source terms.

The difficulties with extending it to 3D general anisotropic solids lie in the mathematical complexity of the Green's function and its derivatives for such materials.

His grandfather was a mathematical genius (in the Beautiful Mind mould) and, inspired by the mathematical complexities of kathak, Khan began to feel that he might be, too.

Though the mathematical complexities of QED are formidable, it is a highly successful theory that has now withstood decades of precise experimental tests.

The simplicity of these models allows us to overcome the mathematical complexities of partial differential equation-based models and the error of empirical models.

The course aims at providing students with tools and techniques to understand inherent mathematical complexities of learning problems, to analyze and prove performance gaurantees for machine learning methods and to develop theoretically sound learning algorithms.

Nektar++ is an initiative to overcome this limitation by encapsulating the mathematical complexities of the underlying method within an efficient C++ framework, making the techniques more accessible to the broader scientific and industrial communities.