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How to divide Russia into partions? Plans for the Russia and China..

Se analizó la interrelación Ciencia Tecnología Sociedad (CTS) a partir de tomar en cuenta el tipo de ciencias: formal o factual y las características de como se establece y se gestiona el conocimiento científico en cada una de ellas. A partir de la interrelación CTS se analizó el caso de la Auditoría Forense. El análisis de los fundamentos filosóficos permitió considerar la epistemología de la complejidad como esencial para poder comprender el caso específico Auditoría Forense, dentro de las ciencias contables, la compleja relación y la multilateralidad que se presenta en su concepción misma. La Auditoría Forense se conceptualiza en enfoque de ciencia factual y de ciencia formal. Factual en la investigación del hecho económico y formal en el análisis de estructura lógica del pensamiento creador del fraude, la concepción de su mundo en valores, conocimientos y su conexión con el crimen económico. A partir de la concepción del triángulo de fraude se concluyó que la interrelación de esta disciplina con la sociedad, está caracterizada por: la racionalización de la conducta fraudulenta por los delincuentes, la naturaleza de la colusión en el fraude y por los intentos de regulación para promover la denuncia de irregularidades. La interrelación de la Auditoría Forense con la Tecnología se caracteriza por tres aspectos fundamentales: La aplicación de sistemas contables, el papel de Internet y las redes sociales en las posibles denuncias de fraude, y la aplicación de la Minería de Datos.

El artículo no se hace la pregunta de si el mundo existe, sino que cuestiona el sentido del ser del mundo desde Husserl y explora, desde el pensamiento de Patočka, y a diferencia de Husserl, la posibilidad de una donación no ideal del mundo que permita poner en cuestión el enfoque neorrealista de la existencia de éste. Se trata de denunciar el conflicto que opera en el Husserl de las Ideen I, entre la fenomenología de la percepción y la fenomenología de la razón, y de hacer valer la posibilidad de una dimensión caótica del mundo, irreductible a un puro cosmos. En realidad, la crítica de este con- flicto, que procede de la concepción intuicionista de la evidencia, abre el camino a la alternativa de una donación no intuitiva del mundo. Esta tesis inspirada en la concepción merleau-pontyana de lo infinito permite criticar la perspectiva realista y hacer valer la novedosa propuesta de un archi-realismo del mundo. The present article does not question whether or not the world exists, but rather attempts to ask what is the meaning of the world's being on the basis of Husserl's phenomenology. It explores, taking Patočka's thought as a starting point, and in contrast to Husserl, the possibility of a non-ideal donation of the world that allows to question the neo-realist approach to the existence of the world. In this vein, the article shows the conflict operating in the Husserl of Ideen I between the phenomenology of perception and the phenomenology of reason and affirms the possibility of a chaotic dimension of the world, irreducible to a pure cosmos. This conflict stems from Husserl's intuitionistic conception of evidence, which opens the way to an alternative, non-intuitionistic donation of the world. This thesis, which is inspired by Merleau-Ponty's conception of the infinite, makes it possible to criticize the realist perspective and to affirm a new proposal concerning an arch-realism of the world.

Unveiling the intersection of technology and art, this research aims to explore the vital role of Computational Intelligence (CI) techniques in shaping digital theater performances within virtual worlds by managing student populations engaged in these productions. The realm of digital theater offers opportunities for creative expression and collaboration. This necessitates the integration of Computational Intelligence (CI) to establish cohesive teams in digital theater. By doing so, effective collaboration is promoted, and creativity is dynamically enhanced in virtual cultural environments and digital worlds. Central to this study is the use of a CI algorithm called Flying Fox Optimizer, designed to form homogeneous student groups, and optimize theater dynamics. The algorithm utilizes fuzzy logic, eliminating the requirement for fine-tuning by the user. The results reveal that through this mechanism, theater educators of the future can effortlessly create student groups that foster seamless collaboration in virtual theater education.

This volume examines interdisciplinary boundaries, and includes texts focusing on material culture, philological analysis and historical research. What they all have in common are zones that lie in between, not treated as mere barriers, but also places of exchange in the early Middle Ages.

Enoque multidisciplinario para la prevencion y manejo del consumo problematico de sustancias psicoactivas en el embarazo .

Pig farming is largely characterized by closed, large-scale housing technology. These systems are driven by resource efficiency. In intensive technologies, humans control almost completely. However, there are pig farming systems where humans have just little control. These free-range technologies are called organic pig farming systems in which the quality characteristics of the produced meat sold on a premium price are primary. We present the practical difficulties that are challenging in implementing precision pig farming. We characterize the data science methods that determine the reliability our conclusions. This chapter describes the literature on the behavior and production results of pigs, social aspects, and the possibilities of the certified pig meat supply chain. Digital solutions can be implemented to verify and trace the origin of meat products. In our project, Mangalica breeding sows were tagged with passive Radio Frequency Identification (RFID) tags, and a research zone...

The correct assessment of industrial by-products and waste materials requires an in-depth knowledge of their characteristics. In thermally activated products, the calcining conditions have an important influence on the properties and later behaviour of cementitious matrices. The present study was carried out to determine the effect of calcining conditions (2–5 h at 700–800°C) on the properties of treated paper sludge. Various chemical, physical, morphological, mineralogical and pozzolanic characteristics were evaluated in order to provide a complete understanding of the properties of the calcined sludge and the possibility of using them in the manufacture of blended cements. The results showed that the thermal conditions have a major influence on the properties of the calcined sludge, primarily the mineralogical and morphological properties, as well as the pozzolanic behaviour.

Wireless video transmission is prone to potentially low data rates and unpredictable degradations due to timevarying channel conditions. Such degradations are difficult to overcome using conventional video coding techniques. Scalable video coding offers a flexible bitstream that can be dynamically adapted to fit the prevailing channel conditions. Advances in scalable video compression techniques, such as the newly adopted scalable extension of H. 264/AVC, as well as recent advances in wireless access ...