Search results for "91.0"
showing 3 items of 93 documents
Ecology Approach in Education and Health Care
2017
Abstract In the 21st century, numerous complex challenges in education and health care have come to the fore, among them: 1) how to implement the ecological approach in the education process and health care practice; 2) how to implement study programmes in line with the education trends for sustainable development and the process of formation and development of the ecological competence. The results of this research refer only to the content analysis of the essays written by the first and second year students of the programs in Nursing and Medicine on completing the study course The Ecological Approach in Patient Care. To increase the credibility and validity of the obtained results of the …
Revista complutense de educación
2020
Este artículo se encuentra disponible en la siguiente URL: https://revistas.ucm.es/index.php/RCED/article/view/63205/4564456553652 Introducción. Las normas legales se fundamentan en unos principios y valores que las instituciones escolares asumen y expresan en las diferentes dimensiones de su planificación y, sobre todo, en su acción. En aras de hallar los valores comunes que se supone impregnan los hechos educativos de cualquier escuela española, nos hemos decantado por realizar un estudio axiológico del currículo básico, que es el texto legal que orienta los desarrollos curriculares autonómicos y, en última instancia, de cada centro y equipo docente. Presentamos un estudio axiológico del …
Game-Theoretic Approach to Hölder Regularity for PDEs Involving Eigenvalues of the Hessian
2021
AbstractWe prove a local Hölder estimate for any exponent $0<\delta <\frac {1}{2}$ 0 < δ < 1 2 for solutions of the dynamic programming principle $$ \begin{array}{@{}rcl@{}} u^{\varepsilon} (x) = \sum\limits_{j=1}^{n} \alpha_{j} \underset{\dim(S)=j}{\inf} \underset{|v|=1}{\underset{v\in S}{\sup}} \frac{u^{\varepsilon} (x + \varepsilon v) + u^{\varepsilon} (x - \varepsilon v)}{2} \end{array} $$ u ε ( x ) = ∑ j = 1 n α j inf dim ( S ) = j sup v ∈ S | v | = 1 u ε ( x + ε v ) + u ε ( x − ε v ) 2 with α1,αn > 0 and α2,⋯ ,αn− 1 ≥ 0. The proof is based on a new coupling idea from game theory. As an application, we get the same regularity estimate for viscosity solutions of the PDE $…