论公民道德建设的文化生态基础

为了使公民道德能在我国整个社会文化生态系统中获得稳定的、可持续的快速发展,必须深入考察、全面审视和正确把握我国现今的文化生态系统,努力探寻使系统保持良性循环并不断优化的最佳途径,从而为公民道德建设提供一个健康、坚实的客观文化基础。     

多巴胺系统基因对注意网络的调控作用

多巴胺是脑内重要的神经递质之一,与注意活动紧密相关。本文选取作用于突触前膜、间隙和后膜的多巴胺系统基因——多巴胺转运蛋白基因、儿茶酚氧化甲基转移酶基因和多巴胺受体基因,整合影像遗传学研究,探讨多巴胺基因对注意网络的调控。元分析发现背侧和腹侧注意网络的主要脑区均有较大的基因调控效应,且腹侧网络的效应值显著大于背侧网络,表明多巴胺系统基因在全脑范围内调控注意网络,且对腹侧网络的调控作用更强于背侧网络。     

论行政调解的法制建构

行政调解是我国调解制度的重要构成部分,是"大调解"纠纷解决机制的重要环节,对解决社会纠纷、化解社会矛盾具有特殊重要的地位和功能。但是我国行政调解法律制度至今尚未建立起来。本文认为,我国调解法律制度建设的目标是在《人民调解法》的基础上,制定统一的《调解法》,建构较为完备的调解法律制度。当前的重点是建立和完善行政调解制度,建议在《调解法》制定之前由国务院制定《行政调解条例》,建立较为完整的行政调解法律制度,国务院行政法规制定以前,各省、自治区、直辖市人大常委会可以先行制定行政调解的地方性法规,将行政调解纳入法治轨道。进而,本文围绕构建我国行政调解法律制度,对我国行政调解的概念界定、行政调解主体、行政调解的范围、行政调解的基本原则、行政调解的程序和行政调解协议的法律效力等问题进行了较为系统的探讨。     

The effects of motion on in-vehicle touch screen system operation: A battle management system case study

The use of in-vehicle touch screen devices is currently common in both military and civilian vehicles; despite this, the effects of motion on touch screen device operation within vehicles remains largely unexplored. This article describes a study that examined, using driving simulation, the influences of motion on performance, workload and usability when using a touch screen in-vehicle battle management system. Acting in the role of battle management system operator, 20 participants undertook four simulated drives, two under high motion (representative of an unsealed road) and two under normal motion (representative of a sealed road), whilst performing various battle management tasks. In the high motion condition, lower accuracy and longer task completion times were found, along with greater levels of subjective and physiological workload and lower levels of perceived device usability, when compared to the normal motion condition. The findings indicate that, compared to normal motion, the high motion condition impaired key aspects of battle management system operation. In closing, the importance of considering motion and its effects during touch screen system design is discussed.     

Les apprenti-e-s face aux contraintes en formation professionnelle en alternance : entre souffrance et plaisir

This paper focuses on the Swiss dual system of vocational education and training (VET), on the basis of the results of a study on VET dropouts. The adopted theoretical framework and method of analysis is the psychodynamic of work, which makes it possible to stress the specific constraints of a system that is closely related to the world of work. The various forms of suffering evoked by apprentices, as well as the strategies implemented to cope with it, are highlighted. The analyses also stress the pleasure young people can experience in VET. Between pleasure and suffering, these elements make it possible to consider both the assets and the shortcomings of this education system.     

Structural properties of personal meaning systems: A new approach to measuring meaning of life

This article introduces a new qualitative–quantitative approach to assess meaning of life. The participants described their sources of meaning and how they were interconnected. Four quantitative measures for (1) the accessibility of meaning-related knowledge, the degree of (2) differentiation and (3) elaboration of personal meaning systems, and (4) their coherence were calculated. The sample consisted of 59 theology and science students. The study tested (a) whether the structural properties of personal meaning systems predicted health and well-being, and (b) reflected different degrees of expertise in constructing meaning. Differentiation, elaboration, and coherence measures correlated with health and well-being and predicted life satisfaction. Theology students presented more differentiated, elaborated, and coherent personal meaning systems than science students. Both results indicate that assessing structural properties of personal meaning systems can be a promising new approach to measure meaning of life.     

EPS Mid-Career Award 2014

In visual search, observers try to find known target objects among distractors in visual scenes where the location of the targets is uncertain. This review article discusses the attentional processes that are active during search and their neural basis. Four successive phases of visual search are described. During the initial preparatory phase, a representation of the current search goal is activated. Once visual input has arrived, information about the presence of target-matching features is accumulated in parallel across the visual field (guidance). This information is then used to allocate spatial attention to particular objects (selection), before representations of selected objects are activated in visual working memory (recognition). These four phases of attentional control in visual search are characterized both at the cognitive level and at the neural implementation level. It will become clear that search is a continuous process that unfolds in real time. Selective attention in visual search is described as the gradual emergence of spatially specific and temporally sustained biases for representations of task-relevant visual objects in cortical maps.     

Addressing social determinants of health: Supporting ex-offenders’ employment through use of the Systems Theory Framework

There remains a need for counselors well-prepared to work with ex-offenders. As counselors aim to meet ethical obligations toward advocacy, they often seek to address social determinants of health (SDOH) challenges. Those working with ex-offenders should be aware of unique employment challenges ex-offenders may face and possess a baseline knowledge of the justice system for pertinent collaboration. This paper provides an explanation of how the Systems Theory Framework may be used to address ex-offenders’ employment-related needs through addressing SDOH challenges and collaborating with the justice system. Implications for employment counselors, counselor educators, and supervisors and steps for future research conclude.     

A proposal of bioinspired motor-system cognitive architecture focused on feed-forward-control movements

The objective of this article is to present a conceptual motor-system cognitive architecture inspired in the human nervous system, and a cognitive architecture focused on the voluntary movement controlled by feed-forward. The article first focuses on describing the brain cortex areas that make up the motor system, presenting the supplementary motor area (SMA), premotor cortex and primary cortex, the tasks that these cortices do, and how they work together. Then, a cognitive architecture based on the information presented is shown. The areas in a computational level (functions, and algorithms used) are then described. Finally, a case study is presented, where the cognitive architecture proposed is used to execute a voluntary-movement-by-feed-forward-control task.