Woongjin Thinkbig Co., Ltd.

Uiyoung Kim

Samrak Choi

Sangboon Kim

Byeongun Kim

Geumbum Lee

Inyoung Song

Eun Han

Minkyu Ryu

Hyunjeong Cho

Sanghyo Lee

Proposed are a system and a method for supporting learning, which can increase learning attitudes and efficiency by determining a learning state of a learner by using learner's bio information and face recognition information and providing a feedback of lighting color, incense spray, and music output based on the learning state. The proposed system for supporting learning configures the learning state including a bio state and a learning focus based on the learner's bio information and the face recognition information during learning, and provides, to the learner, at least one feedback of lighting color change, illuminance change, incense spray, and sound source playback in accordance with the learning state.

Apparatus and method for supporting learning

Disclosed are an apparatus and method for providing questions for learning, which can determine the question solving type of a learner during a question solving process, and change the output form of a question based on the question solving type. The apparatus and method may output a learning screen on which the text and problem of a question are outputted at different time points according to the question solving type of a learner, continuously determine the question solving type of the learner through eye tracking, and update the question solving type of the learner.

Apparatus and method for providing questions for learning

Disclosed are an apparatus and method for providing a digital twin bookshelf, which can generate a digital twin bookshelf including a virtual bookshelf and book objects by using book information and an image obtained by capturing a real bookshelf. The apparatus captures an image of a real bookshelf in which real books are arranged, detects book recognition information from the real bookshelf image, generates a digital twin bookshelf based on the real bookshelf image and the book information corresponding to the book recognition information, and outputs the generated digital twin bookshelf.

Apparatus and method for providing digital twin book shelf

Disclosed are an apparatus and method for providing an electronic book, which can provide an electronic book in which the levels of words are changed depending on the reading level of a user. The apparatus may provide an electronic book whose changeable words are each changed to a word having the same meaning and a different word level, depending on the reading level of a user, thereby enabling the user to easily read the electronic book including difficult words, and enabling the user to learn difficult words while reading the electronic book.

Apparatus and method for providing electric book

This disclosure presents a system and a method for providing a personalized book in which an interested matter is analyzed based on reading history, and a personalized book is generated which includes personalized contents and illustrations based on the interested matter. The presented system for providing a personalized book includes a reading history database which stores a reading history associating a user identifier and a book identifier with each other, a book information database which stores book information including a book identifier, text data, and image data, and a service server configured to deduce an interested matter of a user based on the reading history of the user stored in the reading history database in response to a personalized book generation request from a user terminal, and to generate a personalized book based on the interested matter and the book information stored in the book information database.

System and method for providing personalized book

Disclosed are a system and method for providing an electronic book based on a reading type, which can provide one electronic book in various forms depending on the reading types of users. A reader terminal of the system outputs an electronic book, which has different texts and image ratios depending on the reading type of a user, on a screen, detects a sight area at which the user stares, by capturing an image of eye movement of the user who reads the electronic book, and sets and updates the reading type of the user based on the sight area.

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Paju-si, South Korea

Uiyoung Kim