823 resultados para Gemstone Team PATH
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Il est évalué qu’entre 15 et 40 % des élèves surdoués performent à des niveaux inférieurs à leur potentiel (Seeley, 1994). Récemment, plusieurs chercheurs se sont plongés dans ce phénomène en tentant de l’expliquer. Par contre, une seule équipe de recherche s’est attardé sur l’impact des climats socioéducatifs sur la performance des surdoués, alors que ce lien est bien existant chez les jeunes non-doués. Cette recherche vise à explorer la relation possible entre les climats socioéducatifs, l’environnement familial et la performance scolaire chez les jeunes surdoués, afin de combler ce manque dans la littérature. Afin d’atteindre cet objectif, un échantillon de 1 885 participants de 3e secondaire provenant de la base de donnée de l’évaluation du programme SIAA furent étudiés afin de créer un modèle présentant l’effet des environnements sur la performance des jeunes surdoués, médié par la motivation. Nos résultats suggèrent que l’impact des environnements socioéducatifs et familiaux sur la performance des jeunes surdoués est minime, bien qu’il soit majeur chez les jeunes non-doués.
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The main objective of the Research was to study the Delayering scheme implemented in FACT in all its aspects and to examine wlietlier implementation of delayering has contributed to improvement in organizational performance by improving managerial motivation and team effectiveness. To enable this, a post-delayering impact assessment was done by eliciting views and analyzing the perception of managers affected by the change programme. Organisation-wide Surveys were carried out as part of data collection - prior to, during and after implementation. The methodology adopted was the Case Study approach, which involved a longitudinal study of the Implementation process using tools such- as Observation, Opinion surveys and Interviews and relating the research findings with the theories/ studies on the subject for generalization and for drawing conclusions
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With the increasing popularity of wireless network and its application, mobile ad-hoc networks (MANETS) emerged recently. MANET topology is highly dynamic in nature and nodes are highly mobile so that the rate of link failure is more in MANET. There is no central control over the nodes and the control is distributed among nodes and they can act as either router or source. MANTEs have been considered as isolated stand-alone network. Node can add or remove at any time and it is not infrastructure dependent. So at any time at any where the network can setup and a trouble free communication is possible. Due to more chances of link failures, collisions and transmission errors in MANET, the maintenance of network became costly. As per the study more frequent link failures became an important aspect of diminishing the performance of the network and also it is not predictable. The main objective of this paper is to study the route instability in AODV protocol and suggest a solution for improvement. This paper proposes a new approach to reduce the route failure by storing the alternate route in the intermediate nodes. In this algorithm intermediate nodes are also involved in the route discovery process. This reduces the route establishment overhead as well as the time to find the reroute when a link failure occurs.
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Low perceptual familiarity with relatively rarer left-handed as opposed to more common right-handed individuals may result in athletes' poorer ability to anticipate the former's action intentions. Part of such left-right asymmetry in visual anticipation could be due to an inefficient gaze strategy during confrontation with left-handed individuals. To exemplify, observers may not mirror their gaze when viewing left- vs. right-handed actions but preferentially fixate on an opponent's right body side, irrespective of an opponent's handedness, owing to the predominant exposure to right-handed actions. So far empirical verification of such assumption, however, is lacking. Here we report on an experiment where team-handball goalkeepers' and non-goalkeepers' gaze behavior was recorded while they predicted throw direction of left- and right-handed 7-m penalties shown as videos on a computer monitor. As expected, goalkeepers were considerably more accurate than non-goalkeepers and prediction was better against right- than left-handed penalties. However, there was no indication of differences in gaze measures (i.e., number of fixations, overall and final fixation duration, time-course of horizontal or vertical fixation deviation) as a function of skill group or the penalty-takers' handedness. Findings suggest that inferior anticipation of left-handed compared to right-handed individuals' action intentions may not be associated with misalignment in gaze behavior. Rather, albeit looking similarly, accuracy differences could be due to observers' differential ability of picking up and interpreting the visual information provided by left- vs. right-handed movements.
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The Manufacturing Systems team was one of the research teams within the Lean Aerospace Initiative (LAI) whose goal was to document, analyze and communicate the design attributes and relationships that lead to significant performance improvements in manufacturing systems in the defense aerospace industry. This report will provide an integrated record of this research using the Production Operations Transition to Lean Roadmap as its organizing framework.
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In this paper, different recovery methods applied at different network layers and time scales are used in order to enhance the network reliability. Each layer deploys its own fault management methods. However, current recovery methods are applied to only a specific layer. New protection schemes, based on the proposed partial disjoint path algorithm, are defined in order to avoid protection duplications in a multi-layer scenario. The new protection schemes also encompass shared segment backup computation and shared risk link group identification. A complete set of experiments proves the efficiency of the proposed methods in relation with previous ones, in terms of resources used to protect the network, the failure recovery time and the request rejection ratio
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Photograph taken 18 January 2008, in Demo Room, Bldg 32, University of Southampton - ver. 1 EdShare.
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Photograph taken 18 January 2008, in Demo Room, Bldg 32, University of Southampton. ver. 1 EdShare.
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Photograph taken 18 January 2008, in Demo Room, Bldg 32, University of Southampton. ver. 1 EdShare.
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Photograph taken 18 January 2008, in Demo Room, Bldg 32, University of Southampton. ver. 1 EdShare.