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This book presents 27 operational techniques useful for making the practice of reading aloud as effective as possible in the educational structures dealing with children up to 6 years of age, by following a bottom-up approach. The methodological proposals are organised in three sections: Gaining and Developing Attention, Creating Interest in Stories and Encouraging Participation and Book Culture. The research took into account hundreds of suggestions formulated by scholars, educators and teachers who are experts in reading aloud, as well as by a group of researchers. It explored the specialised bibliography and websites dedicated to reading aloud and involved, through interviews, educators and teachers of nursery schools and preschools from the 35 Education Zones of the Region of Tuscany. The aim is to promote, in all children and youth, the development of the basic skills needed to achieve academic success of each and every one.

Educational material --- reading aloud, childhood, nursery, basic skills

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"Educational Visions looks to future developments in educational technology by reviewing its history, covering themes such as learning analytics and design, inquiry learning, citizen science, inclusion, and learning at scale. The book shows how successful innovations can be built over time, informs readers about current practice and demonstrates how they can use this work themselves.The chapters show how one research group has worked persistently over 40 years with four visions in mind, of a future where:• learning is accessible for everyone• teaching is adapted to meet learners’ needs• teams can successfully teach any number of students at a distance• learners engage enthusiastically with STEM learning.Each vision is covered in a pair of chapters: the first brings together four decades of research in the area; the second introduces current work, showing how they are united by a consistent framework and a persistent vision."

Education --- History of education --- Open learning, home learning, distance education --- Educational material --- Educational: Sciences, general science --- Educational: Technology

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Fordommer sitter i språket og i måten vi snakker på. De kommer til uttrykk på forskjellige måter og kan brukes både som humor og hatefulle ytringer. Ofte bruker vi fordommer uten at vi engang er klar over det. Men hva er egentlig fordommer? Og hvem rammes av fordommene? Dette er relevante spørsmål i dagens skole. I Fagfornyelsen legges det vekt på at skolen «skal fremme demokratiske verdier og holdninger som motvekt mot fordommer og diskriminering». For å kunne jobbe aktivt med forebyggende arbeid i skolen er det derfor nødvendig å vite noe om hvordan og hvorfor fordommer oppstår, hvordan de brukes, og hvem som rammes. I Fordommer i skolen: Gruppekonstruksjoner, utenforskap og inkludering undersøker vi hvordan fordommer kommer til uttrykk blant elever, hvilke strategier lærere har for å håndtere fordomsfulle utsagn, og hvordan fordommer brukes og spilles ut i klasserommet. I boken analyseres også hvordan fordommer og ulike forståelser av fenomenet inngår som tema i opplæringsloven og i læreplanverket, og hvordan ulike minoritetsgrupper har blitt og fremdeles blir fremstilt i skolens læreverk. Et viktig formål med boken er å gi konkrete eksempler på utforskende undervisning og mulige undervisningsstrategier for å kunne forebygge og motvirke fordommer i skolen i dag. Boken er forskningsbasert og inneholder bidrag fra en rekke ulike fagfelt. Bidragene er relevante for lærerutdanning, lektorutdanning og PPU. Boken er også aktuell for skoleledere, rådgivere og lærere både i ungdomsskolen og på videregående trinn.

Children's, Teenage & educational --- Educational material --- Educational: Citizenship & social education --- Society & social sciences --- Education --- Teaching of a specific subject

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Cognitive science is an interdisciplinary field in the study of the mind and intelligence. The term cognition refers to a variety of mental processes, including perception, problem solving, learning, decision making, language use, and emotional experience. The basis of the cognitive sciences is the contribution of philosophy and computing to the study of cognition. Computing is very important in the study of cognition because computer-aided research helps to develop mental processes, and computers are used to test scientific hypotheses about mental organization and functioning. This book provides a platform for reviewing these disciplines and presenting cognitive research as a separate discipline.

Information technology industries --- computer adaptive testing --- code tracing --- basic programming skills --- internet of thing (IoT) --- eye tracking --- heart rate (HR) --- measurements --- data analysis --- Internet addiction --- dysfunctional emotions --- coping strategies --- emotional problems --- human–AI interaction --- interaction design --- Kansei engineering --- user satisfaction --- voice-based intelligent system --- dynamic gesture recognition --- gesture spotting --- self-organizing map --- computational psychology --- computational cognitive modeling --- machine learning --- concept blending --- conceptual combinations --- recall --- computational creativity --- cognition --- instance selection --- clustering --- information processing --- cognitive aspects --- remote --- virtual simulation --- incident commander --- user experiences --- problem solving --- decision making --- assessment --- learning --- privacy-preserving computations --- homomorphic encryption --- EEG signals --- school children --- functional vision --- vision screening --- vision training --- eye-tracking --- stakeholders --- human–robot interaction --- social gaze --- eye-to-eye contact --- emotional interfaces --- eye–brain–computer interfaces --- attention --- reflection --- usability --- brain hemispheric lateralization --- online educational material --- instructional design --- methodology --- model --- virtual reality --- virtual environment --- stress --- spaceflight --- training --- EEG --- emotion --- neural networks --- M3GP --- BED --- Emotiv --- multiclass --- deep learning --- traffic accident --- spatially prolonged risk --- Gestalt --- proximity --- open data --- n/a --- human-AI interaction --- human-robot interaction --- eye-brain-computer interfaces

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Cognitive science is an interdisciplinary field in the study of the mind and intelligence. The term cognition refers to a variety of mental processes, including perception, problem solving, learning, decision making, language use, and emotional experience. The basis of the cognitive sciences is the contribution of philosophy and computing to the study of cognition. Computing is very important in the study of cognition because computer-aided research helps to develop mental processes, and computers are used to test scientific hypotheses about mental organization and functioning. This book provides a platform for reviewing these disciplines and presenting cognitive research as a separate discipline.

computer adaptive testing --- code tracing --- basic programming skills --- internet of thing (IoT) --- eye tracking --- heart rate (HR) --- measurements --- data analysis --- Internet addiction --- dysfunctional emotions --- coping strategies --- emotional problems --- human–AI interaction --- interaction design --- Kansei engineering --- user satisfaction --- voice-based intelligent system --- dynamic gesture recognition --- gesture spotting --- self-organizing map --- computational psychology --- computational cognitive modeling --- machine learning --- concept blending --- conceptual combinations --- recall --- computational creativity --- cognition --- instance selection --- clustering --- information processing --- cognitive aspects --- remote --- virtual simulation --- incident commander --- user experiences --- problem solving --- decision making --- assessment --- learning --- privacy-preserving computations --- homomorphic encryption --- EEG signals --- school children --- functional vision --- vision screening --- vision training --- eye-tracking --- stakeholders --- human–robot interaction --- social gaze --- eye-to-eye contact --- emotional interfaces --- eye–brain–computer interfaces --- attention --- reflection --- usability --- brain hemispheric lateralization --- online educational material --- instructional design --- methodology --- model --- virtual reality --- virtual environment --- stress --- spaceflight --- training --- EEG --- emotion --- neural networks --- M3GP --- BED --- Emotiv --- multiclass --- deep learning --- traffic accident --- spatially prolonged risk --- Gestalt --- proximity --- open data --- n/a --- human-AI interaction --- human-robot interaction --- eye-brain-computer interfaces