дифференциальное уравнение

Analytic Embedding of Geometries of Constant Curvature on a Pseudosphere

In mathematical studies, the geometries of maximum mobility are important. Examples of such geometries are Euclidean, pseudo-Euclidean, Lobachevsky, symplectic and so on. There is no complete classification of such geometries. They are distinguished as the geometries of the max- imum mobility in general, for example, the geometries from the Thurston list, and the geometries of the local maximum mobility. V. A. Kyrov developed a method for classifying the geometries of local maximum mobility, called the method of embedding.

Approximating Properties of Solutions of the Differential Equation with Integral Boundary Condition

With the use of the solution of the first-order differential equation the approximations to the continuous functions with integral boundary conditions are constructed.