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1.
Heliyon ; 10(9): e29959, 2024 May 15.
Article in English | MEDLINE | ID: mdl-38707309

ABSTRACT

In the teaching of the operating systems course, which is part of computer engineering degrees, a thorough understanding of processor scheduling algorithms is crucial. However, it has been identified that the current knowledge of classical algorithms is insufficient in the present context. Therefore, it is proposed to conduct a review of the state of the art in the field to identify new trends and algorithms that can enhance the teaching of the subject and improve student training. As a result, the state of the art is thoroughly reviewed, and study sheets are designed to facilitate the comprehension of the algorithms. Additionally, a software simulator is developed to compare different algorithms in a controlled environment, allowing for the validation of the most promising ones for classroom teaching.

3.
Rev. Rol enferm ; 35(6): 418-424, jun. 2012. ilus, tab
Article in Spanish | IBECS | ID: ibc-167698

ABSTRACT

En el ámbito hospitalario la OMS aconseja situar los niveles acústicos entre los 30 y 45 dB, ya sean habitaciones o salas, que sería el equivalente al sonido permitido en una biblioteca. El ruido existente en las unidades tiene efectos nocivos tanto sobre la salud y evolución del paciente, como sobre los trabajadores, convirtiéndose en un riesgo laboral. La combinación de ambos factores incide tanto en la seguridad del paciente, como en la calidad de los cuidados prestados. El objetivo de este trabajo es detectar las fuentes de ruido en una UCI, con la finalidad de establecer un plan de prevención y disminución del nivel de ruido e intentar conseguir el valor guía recomendado por la OMS. La contaminación acústica es un problema importante de salud (AU)


In the hospital the WHO advises placing the noise levels between 30 and 45 dB, either rooms or halls, which would be equivalent to the sound level allowed in a library. The noise levels in units both have harmful effects on health and the evolution of the patient, and also on the workers, making it an occupational hazard. The combination of these factors affects both in the patient safety, and in the quality of our care. The aim of this project is to detect the sources of noise in an ICU, in order to establish a plan of prevention and reduction of noise and trying to get the Guideline Value recommended by WHO. Noise pollution is a major health problem (AU)


Subject(s)
Humans , Intensive Care Units/organization & administration , Intensive Care Units/standards , Noise/legislation & jurisprudence , Noise Monitoring/methods , Noise/adverse effects , Intensive Care Units , Nursing Service, Hospital/standards , Noise/prevention & control , World Health Organization/organization & administration
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