382 件ヒット (0.021秒)：
This course overviews how language is represented in the brain and discusses its implication for language education. Topics to be covered in this course include speech perception, reading, lexical processing, syntax, semantics, discourse and bilingual language processing. Major neuroimaging techniques such as fMRI, EEG/ERP, MEG and NIRS will be also introduced.
今日の機能主義的言語理論には、機能的談話文法（Functional Discourse Grammar）、役割指示文法（Role and Reference Grammar [RRG]）があるが、今回は、生成文法、理論的前提を部分的に共有する認知文法（Cognitive Grammar）との相違を
踏まえた上で、RRGを紹介する。
Today's functionalist linguistic theory includes Functional Discourse Grammar) and Role and Reference Grammar [RRG]). In this class, I will mainly introduce RRG, highlighting the differences between generative grammar and cognitive grammar (a linguistic theory that shares some of its theoretical premises).
This class builds on prior knowledge of Bilingual Acquisition and Comprehension discussed in the first half of the textbook 'Handbook of Bilingualism: Psycholinguistic Approaches [Second Language Acquision I]. This class explains the process of 'Production' and 'Control' in Second Language Acquisition. Furthermore it explains 'Aspects' and 'Implications' of Bilingualism. This course provides an intensive and thorough explanaition of Production, Control, Aspects, and Implications of Bilingualism.
この授業では、人間の「脳神経系の構造および機能」、「記憶、感情等の生理学的反応の機序」および「高次脳機能障害」のそれぞれ概要について理解することを目的とする。
This course aims to help students with their understanding about human neuron systems and about neural mechanisms underlying human cognitive functions such as learning, memory and emotion.
This course will overview various research issues in second language vocabulary acquisition with the primary focus on the four main themes: (1) corpus linguistics & vocabulary research, (2) psycholinguistics & vocabulary research, (3) vocabulary assessment, and (4) vocabulary development. It will explore the definition of research, the development of research questions and hypotheses, data collection & analysis, and validation of research instruments, taking examples from current L2 vocabulary studies. Students are expected to read the designated textbook (Research Methods in Vocabulary Studies: Durrant et al., 2022) as preparation for class participation, present the assigned chapter, and actively participate in discussions. As a final assignment, students are required to select one theme from among the four areas covered in the class and prepare a research plan (including preparation of materials necessary for data collection, description of data collection procedures, and description of data analysis).
本講義では人の能力やこころに深く関与する「脳」を研究対象とする脳科学分野と心理学から、いくつかのトピックを選び、基礎的な知識から最新の知見まで紹介する。この分野は脳科学・心理学・生物学をはじめとして医学・工学・物理学等が結集してその解明に突き進んでいる学際的なフロンティア領域であり、幅広くその応用が期待されている。授業では知覚・認知心理学 記憶、推論、問題解決、意思決定などの人の高次認知における、内的資源(情報処理機構、経験的知識、生得的制約)と外的資源(状況、他者)の利用、およびその間の相互作用についての、最新の脳科学的知見をもとに、「人の知」や「心」とその個人差について理解を深めるために、関連する論文を読み、その論文の抄録を発表できるようになることを目的とする。In this lecture, several topics will be introduced from basic knowledge to the latest findings in the field of neuroscience and psychology, which focus on the "brain" that is deeply involved in human abilities and mind. This field is an interdisciplinary frontier area where neuroscience, psychology, biology, medicine, engineering, physics, and other disciplines are coming together to elucidate it, and it is expected to have a wide range of applications. In this course, students will learn about the use of internal resources (information processing mechanisms, empirical knowledge, innate constraints) and external resources (situations, others) in higher-order human cognition, such as memory, reasoning, problem solving, and decision making, and the interaction between them. Deepen the understanding of "human knowledge" and "mind" and their individual differences.
感覚・運動・認知・記憶・情報におよぶ脳の働きを、情報処理学の観点から、細胞レベル、局所神経回路レベル、大規模神経回路レベルの、マルチスケールに理解することを目指す。
From the perspective of neuroinformatics, we understand brain functions from the sensory and motor levels to the cognitive, memory, and emotional levels at multiple scales: the cellular level, local circuit level, and large-scale circuit level.
本講義では人の能力やこころに深く関与する「脳」を研究対象とする脳科学分野と心理学について、いくつかのトピックを選び、基礎的な知識から最新の知見まで紹介する。この分野は脳科学・心理学・生物学をはじめとして医学・工学・物理学等が結集してその解明に突き進んでいる学際的なフロンティア領域であり、幅広くその応用が期待されている。授業では知覚・認知心理学、記憶、推論、問題解決、意思決定などの人の高次認知における、内的資源(情報処理機構、経験的知識、生得的制約)と外的資源(状況、他者)の利用、およびその間の相互作用についての、最新の脳科学的知見をもとに、「人の知」や「心」とその個人差について理解を深める In this lecture, several topics will be introduced from basic knowledge to the latest findings in the field of neuroscience and psychology, which focus on the "brain" that is deeply involved in human abilities and mind. This field is an interdisciplinary frontier area where neuroscience, psychology, biology, medicine, engineering, physics, and other disciplines are coming together to elucidate it, and it is expected to have a wide range of applications. In this course, students will learn about the use of internal resources (information processing mechanisms, empirical knowledge, innate constraints) and external resources (situations, others) in higher-order human cognition, such as memory, reasoning, problem solving, and decision making, and the interaction between them. Deepen the understanding of "human knowledge" and "mind" and their individual differences.