首页> 外文会议>International Technology,Education and Development Conference >(1871)BRAIN PLASTICITY AS COMPENSATORY ELEMENT INEDUCATIONAL DEPRIVED CONTEXTS: GENERATION OF NEWPATTERNS OF LEARNING BASED ON THE SPECIFICITY OF THESTUDENTS AND THE CONTEXT
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(1871)BRAIN PLASTICITY AS COMPENSATORY ELEMENT INEDUCATIONAL DEPRIVED CONTEXTS: GENERATION OF NEWPATTERNS OF LEARNING BASED ON THE SPECIFICITY OF THESTUDENTS AND THE CONTEXT

机译:(1871)脑可塑性作为化的补偿元素,剥夺了语境:基于设计的特殊性和背景的学习培养

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The principal aim of this investigation is to show the way in which the teacher can use the complexcognitive guidelines with the students and in this way to develop new pedagogical and didacticalmodels. Starting from the concept of the complex brain functions, we must be aware about theimportance of the new learning in our personal heritage and how these are continuous over thelifetime.Brain plasticity will be the model to explain about the ability how the students or people adjust their selfto the changing conditions or contexts of learning and how they develop the new learning with theprevious one. Brain plasticity is developed trough the use and organization of the information,resulting in the establishment of ordered neural connections, which enables the brain plasticity.The people used different cerebral systems to learn according to the nature of learning and accordingto the kind of memory that they use: we can divide the memory in three types: episodic, semantic andprocedural. The relations between neuropsychological functions and the cognitive skills of thestudents can improve if we apply different programs of coordinated activities resolution, promoting theenhancing the transfer of learning and neural connections.
机译:本次调查的主要目的是显示在教师可以利用与学生和以这种方式complexcognitive准则,以开发新的教学和didacticalmodels的方式。从复杂的大脑功能的概念出发,我们必须意识到对新的学习的theimportance在我们的个人遗产,以及这些超过thelifetime.Brain可塑性持续将左右学生或人如何调整的能力来解释他们的模型selfto变化的条件或学习的环境,以及他们如何发展与theprevious一个新的学习。脑的可塑性槽信息的使用和管理的发展,从而导致建立有序的神经连接,这使得使用不同的大脑系统中的脑plasticity.The人根据学习的性质和accordingto的那种记忆学习他们使用方法:可以在以下三种类型划分内存:情节,语义andprocedural。神经心理功能和thestudents的认知能力之间的关系可以改善,如果我们运用协调的活动分辨率的不同方案,促进theenhancing学习和神经连接的转移。

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