33 results about "Educational approach" patented technology

The present invention provides an educational basketball game device, comprising a backboard which houses cheer lights outlining perimeter, a score display, a target, a hoop, and a sensor, an extendable pole which is made of two parts an upper part and a lower part, and a progress display made of several portions which illuminate game progress, and a baseboard which houses speakers, an extendable foul line and wheels. Also, the present invention provides a method for educating a game of basketball with an educational basketball game device. The educational method incorporates playing of recordings that cheer the player to make a shot, encourage the player to aim at target, motivate to keep practicing and getting the ball in the hoop. In addition, the educational method uses cheer lights to acknowledge success. Additionally, a visual display showing a cheering crowd of fans will light up when a goal is achieved.

The invention relates to the field of on-line education, particularly to an on-line education system of the mobile Internet. The on-line education system comprises a cloud storage end, a client, a data structuralization unit, a personalized recommendation unit and a learning evaluation unit, wherein the cloud storage end is used for providing cloud storage of massive data and achieving data storage and backup; the client is used for uploading or downloading corresponding data; the data structuralization unit is used for classifying and converting learning data in the data into examinable learning data with fine grain; the personalized recommendation unit is used for carrying out official customization or personalized customization on multiple curriculum templates by users according to the learning data; and the learning evaluation unit evaluates learning conditions of learners according to the data acquired in practice evaluation, test evaluation and learning processes. The embodiment also relates to an on-line education method of the mobile Internet. According to the invention, mass data storage schemes are provided; lecture notes and practices are automatically converted into examinable ones with fine grain, thereby forming evaluable data and improving propriety, efficiency and convenience degree of on-line education.

The invention provides an internet online education method and system, wherein the method comprises: acquiring information of online students which includes students' class information, information of a subject under learning and learning progress; acquiring students' learning plans according to the students' class information, the information of the subject under learning, and the learning progress, wherein the learning rules include daily operation arrangement, operation review and examination paper analysis; acquiring knowledge points in a database, and providing examination papers for students according the knowledge points so as to obtain examination results; adjusting the learning plans according to the examination results so as to obtain a new learning plan. The internet online education method and system provide target learning plans according to different conditions of different students, the learning plan is updated in real time according to the students' examination results, and students can be assisted in increasing the scores.

The invention belongs to the technical field of artificial intelligence education and discloses an interactive teaching system. The interactive teaching system includes a student data acquisition module, a student data analysis module, and a teacher feedback module, the teacher feedback module comprises a teacher synthesis unit and a feedback unit, the teacher synthesis unit is used for generatingcartoon image or real person image parameters and corresponding actions and / or an expression parameter, and the feedback unit is used for giving feedback to the student according to the output parameters of the teacher synthesis unit. The system can be applied to various teaching scenes such as language teaching, programming teaching, and mathematical teaching. The artificial intelligence education can better realize the teaching effect evaluation and interaction, and the personalized teaching of thousands of people is achieved. The current mainstream artificial intelligence education methodis also mainly applied to the auxiliary teaching, and artificial intelligence needs to bear more and all teachers' work in the future, and a richer artificial intelligence interaction means and a morerealistic teaching atmosphere can be created, so that the teaching cost can be reduced, and the learning efficiency can be improved.

A system and method to provide patient education prior to surgery or post-surgery is disclosed. The patient education can be customized based on different factors and provided in a progressive sequence. Patients may be required to complete patient educational lessons and also provide feedback to assess how they are doing. Due to a variety of patient circumstances and the potential for abrupt changes in patient health status prior to, during, or following a health procedure, it is necessary for patient education to adapt to a patient's changing needs. The disclosure describes a technique to assign patient education materials in an adaptive and responsive manner.

The invention provides a method of learner-directed education comprising the steps of storing in computer memory one or more pedagogies representing topics to be mastered by a learner one or more of the pedagogies comprising one or more pedagogy items relating to sub-topics of the pedagogy; for one or more of the pedagogy items, storing in computer memory a plurality of instructional approaches to the pedagogy item, the instructional approaches comprising one or more locally stored media items and / or one or more links to remote media items; maintaining in computer memory a learner profile for each learner; providing the learner with a leaning interface to the one or more pedagogies stored in computer memory; updating the learner profile for a learner based on the interaction of the learner with the one or more media items; and displaying to the learner an indication of their mastery of pedagogical items as the learner profile for that learner is updated. The invention also provides a related system and computer program for learner-directed education.

The invention relates to an apparatus and method for assisting a customer with the fitting of a bra. More particularly to an apparatus and method for bra selection and fitting utilizing an interactive system of data collection, data analysis and data output. The apparatus and method permits the collection of relevant personal information (including measurement information) to assist with the fitting process, and also educates the customer on how to select a properly fitting bra and on issues relating to bra wear. Through a method of education and an interactive system of collecting data and providing feedback on fit, the apparatus and method allows untrained women to properly select and fit a bra in a private and anonymous environment. This invention can also facilitate the collection of data from the responses and inputs of the customers.

A method of educating includes providing a collectible trading card game with a plurality of trading cards. Each card may contain educational information including a consonant, vowel, number or mathematical operator and the cards are used to form a properly spelled word or to form a mathematically correct equation. In some forms, the method includes providing a game with a playing field and a set of game components with game component types having a predetermined power for affecting play of the game by affecting a power, effect, or value of the game component. The level of skill necessary to play the game may be varied by selectively implementing or disregarding the predetermined power of the game components. An educational game includes first and second game components with different expressions, powers, point values, and identifiers for distinguishing game components and facilitating game play.

The invention provides an educational method for increasing a subject's skill in human nutrition science from a first low skill level to a second high skill level. The method comprises enrolling the subject in one education pathway with one or more skill levels therein. Each skill level has one or more educational goals associated with it, the knowledge levels increase as the subject progresses along the education pathway. Another education pathway is provided and operates simultaneously and progressively with the first education pathway. The other education pathway has associated with it at least one nutrition educating session, which is adapted to achieve at least one of the educational goals. The successful completion of the educational goal allows the subject to move to the next skill level in the first education pathway, thereby increasing the subject's knowledge and skill in human nutrition science.

The invention discloses an infant family education method and system. According to the system and the method, the development conditions, such as temperament, emotional quotient, habit or consciousness and ability of the infants, etc., can be evaluated, the development weakness or difference can be identified, and the personalized training plans are pushed according to the development weakness ordifference to perform the targeted training and promotion on the infants. The parent-child education games containing various training indexes are adopted as training content, and the animation videosor cartoon doll videos are adopted for demonstration and guidance, so that the interest and enthusiasm of infants can be effectively improved. The parents accompany the infants for repeated training,stimulation and guidance, and therefore the training target is achieved. Moreover, the system and the method can also synchronously push the learning tasks for the family members, achieve the unification of the education concepts and the education methods of the family members, build a good family education atmosphere, and promote the improvement of the family education level of the infants.

An educational method for teaching a metacognitive process for writing is demonstrated within a series of colored, hand-held multiple-shaped manipulatives. Representing a foundation from which all types of writing and its conventions may be explored, the manipulatives have been so designed to aid students in the process of recalling, interpreting, applying, analyzing, synthesizing and / or judging during the writing process. Each part of the manipulatives represent an essential component of the student's thinking during the writing application. The shape, color and key word of each manipulative represents an association for the student in his / her thinking during the process of writing. This innovative educational method has cross-curricula applications and may be taught and personally tailored to address the specific needs of groups or individuals at any age or instructional level In addition, the method and apparatuses provide a diagnostic tool and a form of assessment which can be used by the individual student, collaborating with others and / or the teacher. Freedom of expression, individual writing style and creativity are provided within the theory and application of this invention.

The invention relates to the technical field of remote education, in particular to a remote education system, which comprises a teacher camera, a student camera, a teacher microphone, a student microphone, the teacher camera and the student camera are both electrically connected with an image processing module, the image processing module is electrically connected with a processor, the teacher microphone and the student microphone are all both electrically connected with an audio processing module. The audio processing module and the image processing module are all in wireless communication connection with the Internet, the audio processing module is connected with a teacher audio device and a student audio device through the Internet wireless communication, the image processing module isconnected with a teacher display terminal and a student display terminal through the Internet wireless communication, wherein the teacher display terminal comprises a lecture mode, a question and answer mode and a teacher display device, the lecture mode includes a sub-screen display module, the student display terminal comprises a listening mode, a question mode and a student display device. According to the invention, the classroom teaching effect can be simulated, and the communication between the teacher and the students is more convenient.

The invention provides an online educational method and system based on an instant messaging tool. The method comprises the following steps: A, when an instruction to enter an anchor mode is received, dividing a chat interface into an onstage interface for a lecturer to publish messages and an offstage interface for general users to publish messages; B: when a courseware playing instruction of the lecturer is received, displaying a courseware page selected by the lecturer on the onstage interface, and replacing the courseware page displayed on the onstage interface according to the selection operation of the lecturer; and C, when the content sending instruction of the lecturer is received, sending the explained content edited by the lecturer to the onstage interface, and displaying, when a courseware is played currently, the explained content on the mask layer of the courseware played currently. The online educational method and system can split the interfaces of the lecturer and the listeners in order to ensure that the content explained by the lecturer cannot be covered, and directly displays the explained content on the courseware in order to facilitate the understanding of the students and the teaching of the teachers.

The invention discloses an intelligent online and offline interactive education system and an education method. The system comprises an interactive education cloud server, an account password system is arranged in the interactive education cloud server, the account password system is connected with a campus APP unit, an interactive answering work unit and a cloud classroom unit, a teaching resource unit is connected between the interactive answering work unit and the cloud classroom unit, an audio and video acquisition unit is arranged in the campus APP unit, one side of the interactive answering work unit and one side of the cloud classroom unit are connected with a teacher terminal and a student terminal, and one side of the audio and video acquisition unit is connected with the teacherterminal, the student terminal and a parent terminal. According to the intelligent online and offline interactive education system and the education method in the invention, interconnection of variousterminals such as an electronic whiteboard, a tablet computer and a computer is achieved in the Internet, so that the interaction manner between teachers and students is changed, the interaction frequency during class is improved, the one-to-one teaching treatment of videos can be realized offline, and the teaching quality is improved.

The invention provides a virtual education method. The method comprises the steps that a first target object of a first interaction terminal is converted into a virtual model, the virtual model is fused with a preset virtual scene, interaction information sent by the first interaction terminal and used for the interaction with a second target object of a second interaction terminal is received, and the virtual model is controlled to generate a behavior matched with the interaction information according to the interaction information. The invention further provides a device, a computer device and a computer readable storage medium. By means of the virtual education method, the method helps to improve the interaction experience of students and teachers.

A method of educating a learner, comprising the steps of displaying a first level text (15) to the learner and then displaying a second level text (25) to the learner comprising the same words as the first level text (15) and wherein two or more words of the second level text (25) are concatenated to form at least one word group to prompt the learner to read the concatenated words in quick succession improving the learner's reading fluency.

Provided are a muscle model for learning, which facilitates user's three-dimensional understanding on the shape of a muscle and the start position / end position and range of the muscle, and an education method using said muscle model for learning. The muscle model for learning comprises at least one bone-like member and at least one muscle-like member, said muscle-like member being detachably fixed to said bone-like member, by the attraction power of a magnet, at a start point and an end point.

The invention relates to a children education system. The system comprises a processor, an input module, an output module, a storage module, an acquisition module and a matching module, the acquisition module is used for acquiring education information, the matching module is used for matching the education information with related entries of education content stored in a database and adding the education information to the related entries, the storage module stores the database, the input module is used for obtaining a learning instruction and transmitting the instruction to the processor, the processor is used for calling the education content from the database according to the learning instruction and sending the education content to the output module, and the output module is used for outputting the education content. The invention also relates to a children education method. According to the system and method, new education information can be autonomously acquired through the acquisition module, the education information is added to the education content of the database through the matching module, the children education is more targeted, and personalized learning requirements can be met.

A method of educating includes providing a collectible trading card game with a plurality of trading cards. Each card may contain educational information including a consonant, vowel, number or mathematical operator and the cards are used to form a properly spelled word or to form a mathematically correct equation. In some forms, the method includes providing a game with a playing field and a set of game components with game component types having a predetermined power for affecting play of the game by affecting a power, effect, or value of the game component. The level of skill necessary to play the game may be varied by selectively implementing or disregarding the predetermined power of the game components. An educational game includes first and second game components with different expressions, powers, point values, and identifiers for distinguishing game components and facilitating game play.

The present embodiment is a footwear insert. In further detail the present embodiment offers an educational split graphic and split text system to assist a wearer in identification of left and right footwear. In addition, the present embodiment offers personal identification information related to the wearer of the inserts.

A method and apparatus for composing and teaching of music while learning to read music is provided that involves a user following a supported sequence of tasks that guide creativity of the user to construct a musical composition. The musical composition is constructed by assigning alphabetical characters to colors and musical notes to form a chart, forming words and phrases using the alphabetical characters, and cross-referencing the words and phrases to the chart. Various interactive components and computer software facilitate use of the method and process.

The invention provides an adaptive infant education method and device. The method comprises the steps of playing educational content for an infant; collecting mouth movement data of an infant, whereinthe mouth movement data of the infant comprises an amplitude value and a frequency value; according to the correlation between the frequency value of the infant's mouth movement data and the discrimination degree, calculating the discrimination degree of the infant to the broadcast educational content is calculated; according to the recognition of the educational content by the infant, selectingthe educational content which can stimulate the neural development of the infant from the database through the educational content recommendation algorithm. The invention detects the frequency value of the mouth movement of the infant; according to the correlation between the frequency value of mouth movement and discrimination, the discrimination of infants is calculated, and the degree of nervestimulation to infants is obtained. According to discrimination, educational content recommendation algorithm is used to select the educational content that can most stimulate infant neural development, and the screened educational content can maximize the promotion of infant neural development and language development.

An educational method for teaching a metacognitive process for writing is demonstrated within a series of colored, hand-held multiple-shaped manipulatives. Representing a foundation from which all types of writing and its conventions may be explored, the manipulatives have been so designed to aid students in the process of recalling, interpreting, applying, analyzing, synthesizing and / or judging during the writing process. Each part of the manipulatives represent an essential component of the student's thinking during the writing application. The shape, color and key word of each manipulative represents an association for the student in his / her thinking during the process of writing. This innovative educational method has cross-curricula applications and may be taught and personally tailored to address the specific needs of groups or individuals at any age or instructional level In addition, the method and apparatuses provide a diagnostic tool and a form of assessment which can be used by the individual student, collaborating with others and / or the teacher. Freedom of expression, individual writing style and creativity are provided within the theory and application of this invention.

The invention discloses a distance education system and an education method. The distance education system comprises a second server, a flow medium server, a receiving terminal and a first server. Thesecond server comprises an audio obtaining unit, a first image obtaining unit, a processing unit, a second image obtaining unit, a first terminal and an image connecting unit. The first image obtaining unit is used for obtaining hand action image information generated when a teacher plays a piano and sending the hand action image information generated when the teacher plays the piano to the processing unit and the image connecting unit. The second image obtaining unit is used for obtaining non-hand action image information generated when the teacher plays the piano and sending the on-hand action image information generated when the teacher plays the piano to the processing unit and the image connecting unit of the second server. The audio obtaining unit is used for obtaining audio information generated when the teacher plays the piano and sending the audio information generated when the teacher plays the piano to the processing unit. The education method is implemented by utilizing the distance education system.

The invention discloses an Internet-based education method and system. The method comprises the following steps: receiving a registration request of a user, displaying an education video list after the user becomes a member user through registration, receiving an education video selected by the user, and playing the selected education video, wherein the video is a video set on the network. The technical scheme provided by the invention has the advantage of achieving a random time characteristic of the Internet.

An education system for educating one or more students wherein the student is presented with a setting and multiple responses. In the application of the system, one or more students provide a verbal response in accord with one of the multiple responses. The student's response is then incorporated into a dialog which is returned to the student.

The invention belongs to the field of music learning equipment, and relates to an intelligent music learning board. The shortcoming of the existing music education method is that teachers, classrooms and musical instruments are required, which is inconvenient for people to self-learn music. The intelligent music learning board of the invention is composed of a point-reading pen (1) and a learning board. The learning board comprises a musician introduction board (2), a music theory learning board (3), and a music masterpiece appreciation board (4). The musician introduction board (2), the music theory learning board (3) and the music masterpiece appreciation board (4) are each printed with a two-dimensional shallow code. The lower part of each board is provided with a point-reading pen starting symbol (5) and volume adjustment symbols (6). The intelligent music learning board has the following advantages: neither music instruments nor orchestras are needed for music theory learning and music appreciation; no classroom is needed; manpower and material resources are saved; the intelligent music learning board is simple in structure, easy to manufacture, and low in cost; and the intelligent music learning board is easy to use and carry.

This invention innovates an integrated instructional educational methodology called (An)x-to-One training model to students both in science, technology, engineering and mathematics (“STEM”) or other fields of education and in leadership development into one professional integrated training program. The system has testimonial feedbacks for effective and positive results when providing training for a wide range of students from children to adults. Examples of the present educational model can be particularly useful for high school students, undergraduate students who are learning STEM, and in interaction with formal working employees through the system's integration of many kinds of events and social activities. The system uses formation of an advisor team and labs to enhance leadership training as well as a follow up service which provides support to students.