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Cognitive Computing in Education Using Brain-Computer Interface

Deepali VirmaniGuru Tegh Bahadur Institute of Technology, IndiaL. PriyadharshiniSaveetha Institute of Medical and Technical Science, IndiaRajesh TannaVignan's Institute of Information Technology, IndiaAhmad Y. A. Bani AhmadMiddle East University, JordanNavruzbek ShavkatovTashkent State University of Economics, UzbekistanJoshuva Arockia DhanrajLovely Professional University, IndiaDigvijay PandeyDepartment of Technical Education, Government of Uttar Pradesh, India
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Аннотация

The use of cognitive computing in educational settings, which is made feasible by the technology known as brain-computer interface software (BCI), is an inventive way to enhance learning environments. To integrate cognitive computing techniques and create more personalized and adaptive learning environments, this research aims to explore how brain-computer interfaces can record and process neural input. Cognitive computing systems can tailor instructional strategies and content to the unique needs of each learner by using real-time brain activity. This increase in engagement results in optimal information retention. This study examines the potential benefits of combining cognitive computing and BCIs in educational contexts. This investigation's main focus is on how these technologies can support differentiated instruction, track cognitive development, and enhance student outcomes. Through experimental investigations and feedback from educators and students, this research aims to investigate the effectiveness of BCI-enhanced cognitive computing applications in the educational setting.

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