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Occupational diseases and accidents have been studied due to their importance because of the large number of individuals worldwide who are exposed in their different areas of work, as well as the knowledge about them is constantly evolving, for this reason it is necessary analyze different authors and the approach they show from the multiple aspects to evaluate and understand this problem. Within these perspectives it is appreciated that the authors focus their research on the analysis of occupational data, preventive measures, risk control and working conditions. The main objective of the opportunity to include different sources of information and the findings obtained in different investigations is to generate actions that show programs and action plans with the fundamental objective of prevention, in the fertile field of occupational health. Therefore, in order to obtain positive results, it is mandatory that the actors involved in the health of the workers, put into practice the knowledge obtained and increase the efforts so that illnesses and injuries in the workers diminish considerably and with this generate favorable conditions that can replicate Healthy environments and the health of workers are essential conditions for the effectiveness of people and for the performance of organizations. Therefore, Occupational Health Psychology seeks to take care of people's health and develop healthy environments, since both fronts are inseparable.

El síndrome de Burnout es un síndrome de cansancio emocional, de despersonalización y de falta de realización personal, que puede darse en individuos al cuidado de personas, siendo la Terapia Ocupacional una de las profesiones sanitarias que puede padecerlo, y que trae consigo repercusiones en la salud mental y física del trabajador.

This paper presents a UAV based remote sensing system for the detection of fawns in the meadows. There is a high demand because during pasture mowing many wild animals, especially roe deer fawns are killed by mowing machines. The system was tested in several real situations especially with differing weather and iluminating conditions. Its primary sensor is a lightweight thermal infrared camera. The images are captured onboard of the flight system and also transmitted as analog video stream to the ground station, where the user can follow the camera live stream on a monitor for manual animal detection. Beside a high detection rate a fast workflow is another very important objective for this application. Therefore a waypoint planning software was developed that accelerates the workflow. At adequate illuminating and weather conditions the presented UAV-based fawn detection via thermal imaging is a comfortable, fast and reliable method.

Due to increasingly dense agricultural land use, many ground breeding birds are threatened with extinction or near threatened. We present a new method, to detect lapwing and other ground breeding bird nests. A small UAV with a thermal camera is suitable to detect a lapwing nest from a flight altitude of 40 m. With the aid of a special thermal camera image preprocessing algorithm the contrast could be enhanced by 10 to 50% which improves the detectability of nests. We successfully demonstrated, that we detected 93% of the known nests. This paper describes and analyzes the necessary conditions for optimal lapwing nest detection with a UAV borne thermal camera.

El presente trabajo se realizó con la finalidad de agilizar el proceso de Gestión de solicitud de exámenes de suficiencia y extraordinario de la UNAN _Managua, para la Facultad de ciencia e ingenierías(departamento de Computación) durante el segundo semestre del año 2016, que por medio de este proceso los estudiantes de las diferentes carreras (Ingeniaría en sistemas e Ingeniera en Computación) podrá realizar la solicitud por medio de un servicio Web, de tal forma que podrá llenar su formulario a través de la red. Con esto lo que se busca es ofrecer una solución para que los usuarios (estudiantes), realicen su solicitud en cualquier lugar, siempre y cuando se encuentre con conexión a internet disponible, en una forma que también se les dará repuesta a dicha solicitud sin la necesidad de presentarse al local físico de esta entidad, en si mediante este servicio se realizará todo el proceso que lleva desde hacer la solicitud hasta visualizar la nota. Como resultado de este trabajo podemos decir que este servicio web integrado permitirá a los estudiantes y autoridades administrativas reducir inconvenientes en esfuerzo físico en una forma que se podrán dar resultados seguros y confiables en un menor tiempo como una buena alternativa para los usuarios interesados y que trae como beneficio automatizar este proceso que se realiza manualmente

In this paper we present our multicopter flight assistance software uavRC, which bears on a distributed system with interchangeable MAV-drivers and a browser-based user interface that can be used on any computer, tablet or smartphone. The software components can be distributed on different computers and are even executable on a Raspberry Pi. The components communicate over a well-defined interface. One module is the browser based user interface, another module is the MAV driver. There are additional modules like a task-scheduler, a path-planer and many more. Currently the software is in beta stage, so there is still a lot of work in progress. With this paper we focus on the software architecture.

Many fawns and other wild animals are killed by mowing machines every year. To prevent them from being killed or injured, a sensor system is being developed to detect the fawns hidden in meadows under mowing. Beside a microwave radar system, two cameras (thermal infrared and RGB) take a picture at the mower's current location. This contribution focuses on the compression-based algorithm that will be adopted to detect the locations containing a fawn hiding in the grass: such approach, being parameter-free, allows performing a fully unsupervised clustering by exploiting the intrinsic properties of data compression to estimate the amount of shared information between two images.

It may be true that no one knows for certain what happens to the person after death, but few of us can be in any doubt about the fate of those closest and dearest to him or her. An enormous wound has been inflicted on the psyche and, like bodily wounds, the initial pain can be of overwhelming intensity. Time alone can allow the healing process to take effect, but whereas a physical breach is usually repaired within a matter of days or certainly weeks, the psychological damage sustained after bereavement can take a full two years to recover.