“…The scores that the instrument yields are four: hits (A), errors (E), net hits (A-E) and the impulsivity control index (ICI), for reasons of the study net hits (A-E) were used as an original measure of sustained attention, in addition to the effectiveness of the real performance of the subject when penalizing errors and the impulsivity control index (ICI) that measures the efficiency of the child when executing the task (Crespo-Eguílaz et al, 2006)Oh, yeah. On the other hand, the instrument yields data with respect to commission errors (EC) being the badly marked figures, and omission errors (EO) corresponding to the figures equal to the unmarked model (Monteoliva et al, 2016), the EC are indicators of some difficulty in differentiating stimuli and the EO serve as indicators of difficulty in focusing on the proposed tasks (Monteoliva et al, 2014) The study is based on a comprehensive statistical analysis that uses several techniques to ensure the objectivity and validity of the results. Descriptive statistics were used to summarize the data initially, followed by non-parametric inferential techniques to compare groups.…”
Section: Methodsmentioning
confidence: 99%
“…The definition of attention is broad and part of a Jamesian conception as "the clear and vivid possession of one's mind among the many objects simultaneously or series of thoughts, 3 its essence being the focus, concentration and consciousness" (James, 1890)Thus, the author describes the causal role of attention by selecting one or more objects that allow to guide the behaviors of the subjects (Wu, 2024) Consequently, attention is a neurocognitive mechanism that controls information processing (Monteoliva et al, 2017) and effectively performs tasks, being a binding factor to child school performance (Monteoliva et al, 2016;It is also called an auxiliary executive function (Portellano, 2005) And it's considered a superior brain function (Abbot & Matthew, 2016)It also contributes to the rapid and efficient perceptual processing of graphical information and contributes to the construction of the written message being essential for the functioning of other socio-cognitive processes. On the other hand, it is linked to psychosocial factors such as culture, socioeconomic level, family dynamics, among others (Utria et al, 2011;Ison et al, 2015) Therefore, attention is divided into sub-processes, one of which is sustained attention, being an attentional function that allows continuous concentration on specific tasks (Pamplona et al, 2020) This involves maintaining sensitivity to incoming stimuli for a period of time (Fisher, 2019)Oh, yeah.…”
Objective: To examine differences in distributions of sustained attention (SA), impulsivity control index (ICI), errors of commission (Ec) and errors of omission (Eo) with respect to demographic variables (sex and school grade). To analyze differences at the secondary level in the regions of Peru. To relate age and school grade with AS and Eo.
Theoretical framework: The study is centered on the theoretical model of Posner and Petersen (1990); considering a neuropsychological approach to development and a visual search paradigm.
Method: It belongs to a quantitative approach, with a descriptive correlational scope and cross-sectional non-experimental design. The sampling was probabilistic by clusters, 6,564 students at the primary level and 4305 at the secondary level.
Results and Discussion: In AS, ICI, Ec and Eo there are statistical differences according to sex and school grade. On the other hand, there were associations between AS and Eo according to age and school grade. Finally, statistical differences were obtained in AS, ICI and Eo according to the three regions of Peru.
Implications of the research: The study provides new scientific evidence of attention in Peruvian children and adolescents.
Originality/value: The study is based on the typification of the instrument in the Hogrefe TEA editions publishing house (Spain). Likewise, the results presented are unpublished and contribute to provide new information for psychopedagogues, psychologists and educators.
“…The scores that the instrument yields are four: hits (A), errors (E), net hits (A-E) and the impulsivity control index (ICI), for reasons of the study net hits (A-E) were used as an original measure of sustained attention, in addition to the effectiveness of the real performance of the subject when penalizing errors and the impulsivity control index (ICI) that measures the efficiency of the child when executing the task (Crespo-Eguílaz et al, 2006)Oh, yeah. On the other hand, the instrument yields data with respect to commission errors (EC) being the badly marked figures, and omission errors (EO) corresponding to the figures equal to the unmarked model (Monteoliva et al, 2016), the EC are indicators of some difficulty in differentiating stimuli and the EO serve as indicators of difficulty in focusing on the proposed tasks (Monteoliva et al, 2014) The study is based on a comprehensive statistical analysis that uses several techniques to ensure the objectivity and validity of the results. Descriptive statistics were used to summarize the data initially, followed by non-parametric inferential techniques to compare groups.…”
Section: Methodsmentioning
confidence: 99%
“…The definition of attention is broad and part of a Jamesian conception as "the clear and vivid possession of one's mind among the many objects simultaneously or series of thoughts, 3 its essence being the focus, concentration and consciousness" (James, 1890)Thus, the author describes the causal role of attention by selecting one or more objects that allow to guide the behaviors of the subjects (Wu, 2024) Consequently, attention is a neurocognitive mechanism that controls information processing (Monteoliva et al, 2017) and effectively performs tasks, being a binding factor to child school performance (Monteoliva et al, 2016;It is also called an auxiliary executive function (Portellano, 2005) And it's considered a superior brain function (Abbot & Matthew, 2016)It also contributes to the rapid and efficient perceptual processing of graphical information and contributes to the construction of the written message being essential for the functioning of other socio-cognitive processes. On the other hand, it is linked to psychosocial factors such as culture, socioeconomic level, family dynamics, among others (Utria et al, 2011;Ison et al, 2015) Therefore, attention is divided into sub-processes, one of which is sustained attention, being an attentional function that allows continuous concentration on specific tasks (Pamplona et al, 2020) This involves maintaining sensitivity to incoming stimuli for a period of time (Fisher, 2019)Oh, yeah.…”
Objective: To examine differences in distributions of sustained attention (SA), impulsivity control index (ICI), errors of commission (Ec) and errors of omission (Eo) with respect to demographic variables (sex and school grade). To analyze differences at the secondary level in the regions of Peru. To relate age and school grade with AS and Eo.
Theoretical framework: The study is centered on the theoretical model of Posner and Petersen (1990); considering a neuropsychological approach to development and a visual search paradigm.
Method: It belongs to a quantitative approach, with a descriptive correlational scope and cross-sectional non-experimental design. The sampling was probabilistic by clusters, 6,564 students at the primary level and 4305 at the secondary level.
Results and Discussion: In AS, ICI, Ec and Eo there are statistical differences according to sex and school grade. On the other hand, there were associations between AS and Eo according to age and school grade. Finally, statistical differences were obtained in AS, ICI and Eo according to the three regions of Peru.
Implications of the research: The study provides new scientific evidence of attention in Peruvian children and adolescents.
Originality/value: The study is based on the typification of the instrument in the Hogrefe TEA editions publishing house (Spain). Likewise, the results presented are unpublished and contribute to provide new information for psychopedagogues, psychologists and educators.
“…Els efectes de la il•luminació de l'aula s'aborden a la literatura en termes de les seves implicacions psicològiques i cognitives com els assoliments acadèmics (Cheryan et al, 2014;Gilavand et al, 2016), l'atenció (per exemple, Hartstein et al, 2018, concentració (Lee et al, 2016;Sleegers et al, 2013), motivació dels estudiants per aprendre més (Samani, 2011), compromís (Pulay & Williamson, 2019), confort visual o comoditat (Yildiz et al, 2018), o bé s'avaluen els efectes en el rendiment cognitiu en termes generals (Monteoliva et al, 2016). A més, Choi i Suk (2016) informen d'altres efectes positius del control de la il•luminació, com ara la velocitat de treball, la productivitat i la precisió.…”
Aquesta tesi neix amb l’objectiu de descriure les aules intel·ligents analitzant-ne els elements diferenciadors, les dimensions i les interrelacions, per comprendre quines són les tendències que poden proporcionar millores en els processos d’ensenyament-aprenentatge dels estudiants del segle XXI. Per fer-ho, s’utilitza una metodologia d’investigació exploratòria que permet recollir dades i concatenar resultats per ampliar-ne el marc referencial. En total es compendien dotze publicacions del doctorand, en què les tècniques i els instruments de recerca utilitzats són diversos: revisions sistemàtiques de la literatura i aproximacions teòriques amb valoració d'experts, entrevistes, grups focals, anàlisi documental i tests objectius. La fonamentació teòrica permet contextualitzar la Quarta Revolució Industrial i el seu potencial en educació. Com a resultat, s’introdueix una definició de les escoles intel·ligents, que han d’estar dotades de sistemes de gestió integral i solucions automatitzades, han d’estar centrades en les persones i ser inclusives, i han de ser sostenibles, amb l’objectiu d’acollir una educació intel·ligent tot adoptant de manera eficient noves metodologies d’aprenentatge i avenços de la Quarta Revolució Industrial. També es conceptualitzen i es defineixen les aules intel·ligents mitjançant la dimensionalització de les seves característiques, i es descriuen les característiques principals que han de tenir quant a tecnologia, factors ambientals i processos pedagògics. Es posa especial èmfasi en les condicions ambientals, ja que es detecta que són influents en els processos d’ensenyament-aprenentatge i representen un camí rellevant per la innovació a les aules. S’estudien en profunditat els dos temes més rellevants: il·luminació i acústica. Els resultats emergents de la recollida de dades mostren diverses implicacions de les smart classrooms i el seu nivell de maduresa. Val a destacar, d’una banda, que els centres educatius de Catalunya estan disposats a respondre a les innovacions pedagògiques que comporti l’arribada de la Indústria 4.0, però encara no estan preparats per obtenir uns resultats eficients. D’altra banda, es destaca l’efectivitat de sistemes dinàmics per controlar la il·luminació a l’aula, com a primer pas en l’automatització de les condicions ambientals en una aula intel·ligent.
“…Diversos estudios a nivel mundial muestran la relación directa entre la calidad del ambiente interior en un aula y el aprendizaje de los alumnos. En efecto, la temperatura desempeña un papel primordial en el rendimiento académico (Muñoz, 2018), así como la iluminación natural, que es especialmente importante para el desarrollo físico, cognitivo y emocional de los niños, ya que ellos son aún más sensibles a sus efectos dinámicos (Montessori, 1998, Agencia Chilena Eficiencia Energética [Achee], 2012; Yacan, 2014;Monteoliva, Korzeniowski, Ison, Santillán y Pattini, 2016, Pagliero Caro y Piderit Moreno, 2017, Agencia Extremeña de la Energía [AGENEX], 2020).…”
This article presents the validation procedure of optimization proposals for a compact-typology kindergarten prototype, following passive bioclimatic design guidelines, using dynamic simulation physical models calibrated with onsite measurements. The objective is to verify the parameters for the glazed area (gA), weighted average solar absorptance (), and total envelope area (envelopeA), using them as input data to obtain correlations of glazing Factors (gF) into a tool to estimate optimal glazed areas, aiming at integrating thermal and visual comfort in the design of educational spaces, in the Very Hot-Humid climate of the Argentine Northeast. As a result, a reduction of up to 72% was obtained in November, the most unfavorable month for school activities, for cooling requirements, by lowering the solar absorptance of exterior surfaces to 0.25, with a glazed area per floor area ratio of 17%, which made noteworthy improvements possible in the spatial daylight distribution, a key resource for the comprehensive development of children from Initial Schooling Levels.
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