32 results about "Attentional control" patented technology

The present application is generally directed to a method and system for coaching individuals such as, e.g., employees of organizations such as large enterprises, to achieve predefined goals through the preferably daily practice or use of preferably a single habit, skill, action, or behavior. For example, the method and system can be used to keep an individual focused and disciplined over time to change behavior such as, e.g, acquiring or reinforcing a new skill or habit. The system is preferably delivered through an automated, web-based application using, e.g., expert systems to simulate a live coach's response to different performance scenarios. The self-coaching method and system can strengthen an individual's focus, discipline, and perseverance over time and thereby dramatically increase the likelihood of success of achieving a reliable new habit or mastering a new skill. Briefly, the self-coaching method and system guides users through the process of articulating self-improvement or other goals and then helps them attain their personalized goals. Users can submit self-monitoring records preferably twice daily through the web-based application. These records help individuals focus on and renew their commitment to their plan of action, reflect on their experiences, and assess their own efforts. The web tool can provide users with graphic representations of performance measures, which are preferably updated daily. The system can simulate using, e.g., expert systems, a real coach's response to the user's problems and progress during the course of the use of the system, which can be, e.g., 21 days.

The invention discloses a focus training method, device and system based on brain wave acquisition, and a storage medium. The focus training method includes the steps: receiving brain wave data of a user; and driving a display interface to change according to the brain wave data, wherein the display interface corresponds to a preset scene of a training module, and the training module is used to train the focus of the user. The focus training method performs focus training on the user through a game-like training method, and the user's game completion condition is closely related to the user'sfocus, thus overcoming the technical problem that in the prior art training for the focus of children lacks an effective method, and providing an efficient and fun training method. The focus trainingmethod, device and system based on brain wave acquisition can be widely applied to focus training for children.

The embodiment of the invention discloses a training method and device based on an eye movement tracking technology and equipment. The method includes the steps of obtaining training characteristic information of a user, wherein the training characteristic information includes information correlated with eye movement of a user; according to the training characteristic information, determining training state information of the user, wherein the training state information includes watching information and fatigue information; according to the training state information, determining the executioncondition of a training scheme of the user and determining a training scheme adjusting strategy according to the execution condition. By means of the method and the device, the movement training of the user is adjusted according to the consciousness or concentration of the user, and correspondingly the training scheme of the user is better rationalized and personalized in order to help improve the training effect and efficiency.

The invention relates to the field of special child teaching tools, in particular to an object recognition multi-stage training system for mental-handicapped children. The system has the advantages that the system is based on the analysis of a database storing experience data, methods and measures on how to treat the mental-handicapped children, special children such as the mental-handicapped children and children with autism are allowed to learn and understand entities fast and effectively, and significant help is provided to increase the learning interests of the special children, improve the concentration of the special children and develop the self-confidence of the special children.

The embodiment of the invention discloses an intelligent auxiliary training system based on real-time capture of eye movement information of an athlete. The method comprises the steps of acquiring training feature information of a user; Determining training state information of the user according to the training feature information, wherein the training state information comprises gaze informationand fatigue information; And determining an execution condition of the training scheme of the user according to the training state information, and determining a training scheme adjustment strategy according to the execution condition. According to the embodiment of the invention, the exercise training of the user is adjusted according to the consciousness of the user or the state of the concentration, so that the training scheme of the user is more reasonable and personalized to help to improve the training effect and efficiency.

Disclosed herein is a method and system for collecting attentiveness information associated with a user's response to consuming a piece of media content. The attentiveness information is used to create an attentiveness-labelled behavioural data for the user's response. A computer-implemented attentiveness model may be generated by applying machine learning techniques to the a set of attentiveness-labelled behavioural data from multiple users. The system may comprise an annotation tool that facilitates human labelling of the user's response with attentiveness data. The resulting attentiveness model is therefore based on correlations indicative of attentiveness within the attentiveness-labelled behavioural data and / or physiological data that are based on real human cognition rather than a predetermined feature or combination of features.

The present invention discloses a training system and method based on sensor feedback for brain capability training. The training system comprises an EEG acquisition module and processing computing module; the EEG acquisition module comprises a sensor unit, a first processing unit and a first wireless communication unit; sensors are used for acquiring physiological signals and / or physical signals of a human body; the processing computing module comprises a second wireless communication unit, a second processing unit and an input / output unit; acquired signals are preprocessed and analyzed to generate brain analysis results and concentration level estimation; and the input / output unit comprises a display device for visually displaying the analysis results and the concentration level estimation.

The invention discloses training rehabilitation equipment capable of improving concentration. The training rehabilitation equipment comprises a container, a T-shaped rod and auxiliary components. An opening is formed in the container, the T-shaped rod penetrates the opening and extends into the container, threaded holes are formed in the side walls of the T-shaped rod, threaded rods are connectedwith the T-shaped rod by the threaded holes and are positioned in the container, and the auxiliary components are arranged in the container. The training rehabilitation equipment has the advantages that the training rehabilitation equipment is convenient to carry and use and is low in cost; the training difficulty level can be adjusted according to the requirements of users, and accordingly the training rehabilitation equipment is wide in use receiver range; the users can start to be trained from the low difficulty step by step until the users are trained at the high difficulty, and accordingly the use cycles can be prolonged for the users.

The invention discloses a brain science intelligent classroom, which comprises a student workstation, a server, a teacher workstation, a remote access end and a cloud system. The working process comprises the following steps of: acquiring original EEG data of a tested person; acquiring real-time brain cognitive ability of the tested person; obtaining four indexes of interest degree, attraction degree, concentration degree and recognition degree of the tested person; calculating the dynamic change of the four indexes in the third step by using a sliding time window method; receiving data from the student workstation through a data server for analysis; and intelligently pushing a solution through a webpage server. The classroom can more objectively, directly, in real time and scientificallyreflect the concentration ability, cognitive ability, learning ability and teaching and training effect of individuals or groups, automatically gives a targeted solution according to the evaluation result, has less manual intervention in the evaluation and pushing process and is simple and feasible, and the professional requirements of the implementers are completely controlled within the operablerange of prior teaching and training institutions.

The invention provides a neurocognitive resource coordination-based child concentration training system and method. The system comprises a display device for synchronously displaying a scene currentlyviewed by an experiencer, a heart rate signal acquisition device for acquiring heart rate physiological indexes of the experiencer and transferring to an upper computer, and the upper computer for receiving the heart rate indexes of the experiencer and calculating the heart rate variability, being responsible for displaying the scene, generating operating instructions through the heart rate variability indexes, and providing index feedback for the experiencer. During the training process, the heart rate variability indexes of the experiencer are acquired in real time, and waveform data related to an autonomic neural network system is displayed on the display device in real time, so as to guide the experiencer to autonomously adjust the balance of the nervous system activity.

The invention relates to a method for assessing concentration force based on EEG relevance network elasticity. The method comprises the following steps of I, performing experiment design and EEG data recording; II, establishing EEG relevance network; III, calculating the topological characteristics of the network under different state; and IV, drawing a network state elasticity chart, and quantitatively calculating the concentration force. Through the steps, the concentration force is quantitatively assessed from the view of an elasticity recovering mechanism of the attentiveness, the stable-state time entering the concentration state and recovery time for recovering concentration after being subjected to interference are defined, and the method for assessing the concentration force based on the EEG relevance network elasticity is provided. The method disclosed by the invention has systematicness, reliability and early warning properties, the vacancy in the respect of quantitatively assessing the concentration force of a human brain is made up, and the research result can support the assessment of the concentration force and providing of a powerful method, and can be applied to the respects of enterprise recruitment, core task capacity assessment, psychology test and the like.

The invention relates to a test analysis system and method for children concentration based on sight. The method comprises the following steps: controlling a pupil image collector to collect a first pupil image when a tested child focuses on a light spot in a children concentration test reading device; initializing the reading sight track positioning of the tested child by a processor by utilizing the first pupil image and the light spot in the children concentration test reading device; after starting a test function in children concentration test software by a tester, utilizing the pupil image collector to collect a second pupil image when the tested child reads the display content; and calculating a screen position coordinate of the children concentration test reading device by the processor according to the image data of the second pupil image, thereby forming a reading sight track of the tested child. According to the invention, a sight tracking mode is adopted for recording the reading sight track of the tested child and analyzing the concentration of the tested child; in such a manner, the children concentration level can be accurately and objectively evaluated; and thus, the product is low in cost and broad in market prospect.

The invention provides a method for detecting a nervous system and multiple intelligences interpretated by dermatoglyphic. The method covers the fields of medical genetic dermatoglyphic, neuroscience and behavior science. Connection between dermatoglyphic and the nervous system is integrated by dermatoglyphic features by different geneogenous patients with neurologic deficit. For example, if a central chief execution weaker is projected by a left thumb by dermatoglyphic detecting, the invention shows the same situations appearing in the fields of autism, sense organ disorder, attention deficit disorder, attention deficit hyperactivity disorder, etc. Weakened moral function causes low stress tolerance and depression trait, which has important reference value for evaluating the possibility of suffering from mental disorder. And the attention deficit disorder also causes learning disability easily. Therefore, the method for detecting the nervous system and multiple intelligences interpretated by dermatoglyphic has higher utility value on the whole use.

The invention provides a training system capable of improving vision definition and acuity. The system comprises a fine eyesight training system, a stereoscopic vision training system, a quantitative hyperopia training system and a child amblyopia training system. The stereoscopic vision training system is stereoscopic game training software with keeping of constant-speed movement of an airplane as the characteristic, flying stone is avoided through continuous interference of the head-on flying stone, it is guaranteed that the airplane moves forwards to attract the focus of children, and stimulus is reinforced to promote generation of the stereoscopic sense. Fine eyesight training is based on color impact and dynamic switching, the characteristics of animals, letters and fruits are combined, different training games are formed, the child is taught through training, the training initiative of the children is efficiently mobilized, and the object viewing acuity and definition of the children are improved. According to quantitative hyperopia training, sighting mark sizes in a visual chart are used for copying a batch of number, animal and fruit mixed sighting marks, by means of a manual or automatic mode, different pictures are shown randomly to be distinguished by the children, and the confidence for the children to distinguish objects can be enhanced psychologically.

The invention discloses a system for training the brain concentration of soldiers on the basis of electroencephalogram nerve feedback. The system comprises a PC1 used for processing received electroencephalogram data which is collected by an electroencephalogram signal acquisition device and generated when a test person stares at feedback stimulation information on a PC3 to obtain classification precision data and transmit the classification precision data to a PC2; the PC2 used for carrying out storage and voice output on the classification precision data obtained after being processed by thePC1; the PC3 used for being interconnected with a network and providing a feedback stimulation information database for a tester. The electroencephalogram data of a soldier corresponding to certain feedback stimulation information in the neural feedback training process are processed by the PC1, and the classification precision data of the concentration level of the soldier caused by the feedbackof stimulation information can be obtained to realize concentration training. The classification precision data is input into the EXCEL of the PC2 in a percentage mode, and the classification precision data is fed back to the soldier in time through voice output, so that the soldier dynamically adjusts the current feedback stimulation information in the PC3 so as to save the training time and improve the training efficiency.

The invention relates to a concentration rehabilitation training system. The system is a system specifically designed to train concentration of children with autism. The system specifically includes abody, a first capacitive touch display screen, a second capacitive touch display screen, an eyeball trapper, an IC card reader, a lifting mechanism and a control panel, wherein the lifting mechanismcomprises a lifting driving motor, a lifting push rod, lifting rails and a support backplane. The system utilizes the capacitive touch displays to select a training module and display eyeball movementimages for training demonstrations and for autistic children to learn and imitate, the eyeball trapper captures and recognizes the gaze when autistic children imitate the eyeball movement images andsends the captured and recognized results to the control panel, and the control panel stores the captured and recognized results and records the user's imitation effect, thereby assisting rehabilitation therapists to scientifically judge the rehabilitation state of autistic children.

The invention discloses a learning condition analysis method. The method comprises the steps that classroom human body images shot by camera shooting equipment installed in a classroom, library humanface images shot by the camera shooting equipment installed in a library, dormitory access condition human face images shot by the camera shooting equipment installed in a dormitory and diet conditionhuman face images shot by the camera shooting equipment installed in a dining hall are acquired; analyzing the class attendance condition, the class concentration condition, the class enthusiasm condition, the after-class learning condition, the rest time of the student and the diet condition of the student; and according to the learning performance, the classroom attendance condition, the classroom concentration condition, the classroom enthusiasm condition, the after-class learning condition, the rest time and the diet condition, the learning and living conditions of the students are analyzed. The invention further discloses electronic equipment and a storage medium, and the learning condition analysis method, the electronic equipment and the storage medium provided by the invention cancomprehensively reflect the state of the student in school, so that problems can be timely found and corrected.

The invention discloses an attention deficit hyperactivity disorder treatment method. The attention deficit hyperactivity disorder treatment method includes the steps of using a sensor for collecting brain biological signals; using a chip for filtering the collected biological signals and amplifying useful signals, and interpreting current concentration degree and relax degree parameters of a trainee through an algorithm; judging concentration capability levels to be weak, medium and strong; terminating treatment when the concentration capability level is strong; if the concentration capability level is weak or medium, adjusting a training method and difficulty level; activating nerve cell correlation and inducing synapse remolding to form a new neural circuit. The attention deficit hyperactivity disorder treatment method has the advantages that a non-medicine mode is used for treating the attention deficit hyperactivity disorder and improving children's concentration, and silent synapses are transformed into functional synapses through training to help children control impulsivity and mood, so that the purposes of treating the attention deficit hyperactivity disorder and improving the children's concentration are achieved, memory and learning efficiency are improved, and toxic and side effects and irreversible damage caused by medicine treatment are overcome.

The invention relates to a story content interactive playing system and method. The system comprises an audio playing device and a cloud server; the audio playing device is used for playing story content stored in the cloud server to a user, wherein the story content includes one or more preset plots, and one or more plot options are set for each plot; a plot instruction selected by a user is received, and story content corresponding to the plot is acquired from the cloud server and continues to be played to the user till the story ending. According to the story content interactive playing system and method, the pattern of passively receiving story content is abandoned, and a new information push method and system are provided; by means of the scheme, the user can actively participate in the story ending which is interactive, and thus the concentration, logical analysis ability and judgment of the user can be improved.

The invention discloses a concentration training card, which is characterized in that it includes a card body (1) and an identification area, and the identification area includes a boss (2) and a groove (3). The purpose of the present invention is to provide a concentration training card and training method with reasonable structure, convenient use and strong fire resistance.

The invention provides a data interaction method, client and system. The method comprises the following steps: receiving a control command and a data file which are transmitted by a management end, and opening a modal dialogue box according to the control command, wherein the data file is acquired and resolved by a webpage engine to generate data coding information; loading the data coding information by the modal dialogue box to generate a dialogue box page, wherein a first communication channel is established between the modal dialogue box and the dialogue box page; and closing the modal dialogue box when a modal dialogue box closing command sent by the management end is received. The modal dialogue box is adopted, so that operation behaviors of the client are under the control of the management end, and various contents are displayed by the modal dialogue box. Through adoption of the data interaction method, client and system, the client of a user cannot optionally finish interaction outside the modal dialogue box during a working or learning process, so that the attention of the user is improved, and the processing efficiency of data interaction between the management end and the client is ensured.

The invention discloses a method, system and device for distinguishing special concentration of sensory evaluators. According to the method, concentration distinguishing is organically combined with evaluation of excellent, good and poor sorting abilities, that is to say, sensory evaluators with high sensitivity and poor concentration can be found in a group with the excellent sorting ability, sensory evaluators with moderate sensitivity and high concentration can be found in a group with the good sorting ability, and sensory evaluators with passable sensitivity and high concentration can be found in a group with the poor sorting ability. By adopting the system for distinguishing the special concentration of the sensory evaluators, the sensory evaluators with the special concentration canbe found, and favorable support is provided for the reliability of sorting results.

The invention discloses a concentration assessment training method based on an eye movement tracking and brain wave monitoring technology. The method comprises the following steps: collecting the brain wave information and eye movement data of a trainee through a brain wave detector and an eye tracker; sending the collected data to the data collection module; uploading the collected data to a computer control end; constructing a training scene through a scene construction module; enabling the training module to perform interaction through games; tracking the trajectory of the fixation point of the trainer along with time movement in the training process; and finally, enabling the data analysis module to analyze the child concentration. The brain wave information is monitored and analyzed through the brain wave detection device to obtain the child concentration degree, then the reliability is evaluated through the eye movement technology, the accuracy of concentration degree monitoring of the testee can be improved, whether the concentration degree testing result is effective or not is judged, the accuracy of concentration degree testing is improved, and the child concentration degree is improved through eye movement tracking game training.

The invention relates to a story flashcard machine. The story flashcard machine comprises a story flashcard barrel, wherein the story flashcard barrel comprises a story flashcard seat which is arranged rotatably; story flashcards are arranged along the periphery of the story flashcard seat and can rotate along with the story flashcard seat; the story flashcards can be matched with the story flashcard seat in an oscillating manner in the peripheral direction of the story flashcard seat; a positioning mechanism is arranged on the story flashcard barrel, and is used for limiting the story flashcards at specific rotating positions to maintain at specific turnover positions so that each two adjacent story flashcards are in an open state, and a user can read contents on the two open adjacent story flashcards. Brain potential of an infant is displayed and enlightened by page turning of the story flashcards, vision and auditory memory abilities of the infant are improved, development of the vision and auditory nerve system and the brain of the infant is promoted, visual awareness of the infant to contents of stories is enhanced; the network of the brain of the infant is precise increasingly along with increasing of vision and auditory stimulation received by the infant; and meanwhile, comprehensive abilities such as memory, outsight, reagency and concentration of the infant are also improved.

The invention provides an infant body intelligent training index measuring and calculating system and measuring and calculating method. The invention discloses an infant body intelligent training index measuring and calculating system. The method is characterized in that a ground screen is horizontally arranged on the ground, and a wall screen is perpendicular to the ground screen. A ground screenlaser radar is arranged at one corner of the ground screen. A wall screen laser radar and a somatosensory depth camera are arranged in the middle of the top of the wall screen, and the ground screen,the wall screen, the ground screen laser radar, the wall screen laser radar and the somatosensory depth camera are all connected with a PC. According to the invention, the problem of physical intelligence training index measurement of a single individual and the problem of mastering the concentration of children in physical training of the children are solved.

The embodiment of the invention provides an attention improving method, and relates to the technical field of cognition. The method comprises the steps of performing independent game training on a user by using a visual motion path task and a visual identification target task respectively, and determining visual information of the user and a learning area upper limit of target identification respectively; performing mixed game training on the user by using the mixed visual motion path task and the visual discrimination target task, and respectively determining visual information of the user and a learning area lower limit of target discrimination; and based on the upper and lower limits of the learning area for visual information classification and target discrimination, determining the learning area corresponding to visual information classification and target discrimination in concentration training of the user in real time. The embodiment of the invention further provides an attention improving system. According to the embodiment of the invention, test training is carried out on the user in different dimensions, the learning area of concentration training which can be accepted by each user is determined, concentration training is carried out on the user through the learning area, it is guaranteed that the user can be trained with high attention, and the training effect is improved.

The invention discloses a method, system and device for judging the special concentration of sensory evaluators. The concentration judgment embodied in the method organically combines the evaluation of the three sorting abilities of excellent, good and poor, that is, when the ranking ability is excellent Sensory evaluators with high sensitivity but poor concentration can be found in the crowd, sensory evaluators with moderate sensitivity and high concentration can be found in the crowd with good sorting ability, and sensory evaluators with moderate sensitivity and high concentration can be found in the crowd with poor sorting ability. Sensory evaluators with high concentration. This system can find evaluators with special concentration, which provides favorable support for the reliability of the sorting results.

The invention relates to a hypnosis method; the method comprises the following steps of: Al, acquiring an electroencephalogram signal of a user; A2, determining the hypnosis state of the user according to the brain wave information of the user; A3, executing a corresponding hypnosis strategy according to the hypnosis state of the user. By acquiring the brain wave information of the user and determining the hypnosis state of the user according to the brain wave information of the user, the hypnosis state of the user can be accurately detected, and then the corresponding hypnosis strategy is executed according to the current hypnosis state of the user. According to the invention, by using bilocation, the current situation is effectively and quickly changed, the sleep quality is enhanced, thephysique is strengthened, the rest efficiency is improved, anxiety is reduced, psychological diseases are reduced, over-shock behaviors are reduced, physical and mental pain and reducing insomnia arereduced, so that athletes can quickly recover physical strength, soldiers can quickly improve the spirit and maintain the fighting capacity, scientists are more likely to overcome affective obstacles, devote themselves to science, students can focus on study, their psychology is thickened, and their interpersonal relationships are greatly improved.