44results about How to "Interactive humanization" patented technology

The invention discloses an interaction intension determination method and device, computer equipment and a storage medium. The affective interaction method includes: acquiring user data; acquiring affective state of users; determining intension information at least according to the user data, wherein the intension information includes affection intension corresponding to the affective state, and the affection intension includes affective needs of the affective stage. The affective intension is applied to interaction among the users, the interaction process can be made more humanized, and userexperience during interaction is improved.

The invention discloses an emotion interaction method and device, a computer readable storage medium and computer equipment. The emotion interaction method comprises the steps as follows: acquiring user data; performing emotion recognition on the user data to obtain the emotion state of a user; determining intention information at least according to the user data; controlling interaction with theuser according to the emotion state and the intention information. By the aid of the technical scheme, emotion interaction with the user can be realized, and the user experience of the interaction process can be improved.

The invention discloses a method of using intelligent glasses for vehicle maintenance, which belongs to the field of vehicle maintenance and aims at solving the technical problem that as intelligent glasses can not be used for vehicle maintenance, intelligence is not high. According to the technical points, the method comprises a step of head pose recognition on the intelligent glasses for vehicle maintenance, a step of sharing of other equipment data for vehicle maintenance by the intelligent glasses, a step of vehicle remote maintenance support by the intelligent glasses, a step of using of an intelligent glass touch board during the vehicle maintenance process, and a step of hand gesture recognition by the intelligent glasses during the vehicle maintenance process. The method of the invention has the advantages that applications of the intelligent glasses in the vehicle maintenance field can be realized.

The invention discloses a man-machine interaction method and system. The method comprises the following steps: obtaining personality characteristics of a specified object; endowing a virtual role for the personality characteristics, for enabling the virtual role to simulate the specified object to interact with a user; wherein the personality characteristics comprise language characteristics and voice characteristics. According to the method, the virtual role simulates the corresponding personality characteristics of the specified object, so that when carrying out man-machine interaction by man and machine, the virtual role can interact with the user just like the specified object, accordingly, the intelligent virtual role better conforms to the interest of the user, the man-machine interaction is more human-friendly, and the user experience is improved.

Embodiments of the invention provide a method and a device for human-computer interaction. The method comprises the following steps of determining emotional color of a user according to Interactive information input by the user, and carrying out resource search; determining an answer sentence pattern corresponding to a search result from a preset sentence pattern according to the search result; and generating an answer statement according to the search result, the answer sentence pattern and the emotional color. According to the method and the device for human-computer interaction, which are provided by the embodiments of the invention, the flexible and individual answer is provided for the user in human-computer interaction, and the interactive experience of the user is improved.

The invention relates to a function triggering method and device as well as electronic equipment. The function triggering method comprises the following steps: receiving an input fingerprint when a terminal is at a screen locked state or a blank screen state; matching the input fingerprint with a pre-stored first fingerprint and a second fingerprint, wherein the first fingerprint and a corresponding relation between the first fingerprint and a first function of an application program are pre-stored in the terminal, and the second fingerprint and a corresponding relation between the second fingerprint and a second function of an application program are pre-stored in the terminal; if the input fingerprint is matched with the first fingerprint, triggering the first function; if the input fingerprint is matched with the second fingerprint, triggering the second function. With the technical scheme provided by the embodiment, a function of opening the application program is relatively simple and rapid, so that a man-machine interaction process is more humanized and man-machine interaction experience is improved; meanwhile, the safety is improved and the privacy of users is protected.

The invention provides a man-machine interaction method and a man-machine interaction device. The man-machine interaction method comprises the steps of obtaining an emotion state of a user; obtainingintention information of a user; and determining an executable instruction according to the emotion state and the intention information so as to be at least used for carrying out emotion feedback on the user. By means of the technical scheme, emotion interaction with the user can be achieved, and the user experience of the interaction process is improved.

An automatic short-message reply process after refused to receive the calling of a cell phone provides a new solution for managing the receiving-refusing of the calling of the cell phone, and provides a simpler way for users especially who are often inconvenient to receive the cell phone, thereby simplifying the short-message replay operation after refused to receive the calling, reducing the steps of opening the editing interface of the short-message, decreasing the steps of opening the short-message mould, and saving the time of the user to search for the phone number of the contact person. The process firstly arranges three sorts of arrangements in the internal memory of the cell phone, wherein the first is that opening the function when refuses the calling at any time, the second is that closing the function at any time, and the third is that starting the function when the system is in the mute and shake state or in a conversation mould. The short-message reply process comprises automatically replying new short-message to a person who is refused to receive, and directly replaying the content in a short-message module to the person who is refused to receive.

The invention provides a Group simulation method based on the Plain type of the UITableView in the iOS system. The method comprises the steps of establishing the Plain type UITableView and establishing a view controller; loading a tableView on the view controller, and establishing at least one zone for the tableView; establishing a view, loading the view to each zone, defining the two attributes, namely tableView and section, of the view, and rewriting the setFrame method; rewriting the tableView:viewForHeaderInSection method in the view controller; achieving Group simulation so that the objective area can become larger for a user.

The invention discloses a human-computer interaction method and device used for an intelligent robot. The method comprises: an interaction data acquisition step of acquiring multimodal interaction data; an activation intensity determination step of extracting relevant declarative memory information blocks from a preset robot behavior map according to the multimodal interaction data, and calculating an activation intensity of each declarative memory information block; and an active output data generating step of determining an effective information block according to the activation intensity of each declarative memory information block, and generating and outputting active output data according to the effective information block. According to the method, the robot behavior map of the computer field is combined with the declarative memory activation intensity of a biological neural network to enable the intelligent robot to realize simulation for a human autonomy interaction process, thus an interaction process between the intelligent robot and a user is also enabled to be more humanized, and then an intelligence level of the intelligent robot and the user experience are improved.

The invention relates to a character deletion method and device and electronic equipment. The character deletion method is applied to a terminal provided with a touch screen and comprises the steps that the terminal receives a signal of pressing operation conducted on an input information deletion button; according to the pressing operation signal, the force value of the pressing operation is obtained; according to the corresponding relations between multiple force values and multiple character deletion numbers which are prestored in the terminal, the character deletion number corresponding to the force value is inquired; according to the inquired character deletion number, character deletion is conducted. The invention further relates to the character deletion device and the electronic equipment. According to the technical scheme of the character deletion method and device and the electronic equipment, according to different force values generated in the process when a user presses the touch screen, corresponding different numbers of characters are deleted, so that the user can delete the characters more easily, rapidly and conveniently, the human-computer interaction process is more humanized, and the human-computer interaction experience is improved.

The invention is suitable for technical field of robot control, and provides a remote control method and device of robot and terminal equipment. The method comprises the steps of obtaining the movement information of a target, and drawing the corresponding movement locus according to the movement information; transforming the movement locus into a coordinate of space points in the world coordinatesystem of the robot; generating a movement instruction according to the coordinate of space points, and sending the movement instruction to the robot; controlling the robot to move according to the movement instruction, and obtaining a coordinate of movement points of the robot in the movement process; and simulating the coordinate of movement points by simulation technology to show the movementposture of the robot. The method transforms the movement locus of a target object to generate the movement instruction to control the robot to perform corresponding operations and reproduces the movement posture of the robot by the simulation technology, so that human-computer interaction can be more human, and the flexibility of human-computer interaction and the efficiency of controlling the robot are improved.

The invention relates to a man-machine interactive method. It sets the dummy human or the animal in the computer operating system and connects with the speech recognition and the phonic software, so it can pronounce and recognize the sound order. The dummy human or the animal can be displayed in the desk system of the computer and connected with the document, the applying software and the collocation management of the operating system. The dummy things can do some motion which likes the interface of human with human when they do the order. The invention make the interface nature and easy. The user needn't study the operating method of the operating system to operate the computer.

The invention provides a steel hot rolling management and control system and method based on digital twinning. The system comprises a sensing module used for sensing the environment of a physical factory, the equipment operation condition and the quality attribute of a hot rolled slab; the data module is used for carrying out data acquisition, data storage, data fusion, data transmission and data analysis on the sensed environment, equipment and the hot rolled plate; the presentation module is used for representing the production condition of a real physical factory by adopting virtual twin images through three-dimensional graphic rendering and augmented reality technologies on the basis of the analyzed data; and the control module is used for forming decision control suggestions based on the fault knowledge base according to the control target and the corresponding control rule, and sending out a control instruction. According to the fault diagnosis method based on the multi-scale convolutional neural network, the operation state of the equipment is monitored, the abnormal condition of the equipment can be effectively judged, and a corresponding fault knowledge base is matched to give a repair suggestion.

The invention relates to a questions and answers evaluation method and device for a questions and answers system. The method comprises the following steps of acquiring response information, namely acquiring current-interactive response information input from a user; and updating a weight, namely detecting whether the current interaction and previous interaction of the user is dialogue interaction or not, if yes, generating a weight changing value according to the response information, and updating the weight of feedback information output from the questions and answers system in previous interaction according to the weight changing value. By the method, the satisfaction degree of the user on each piece of feedback information can be quantitatively determined; when the user inputs the same question again, the questions and answers system can select the feedback information which the satisfaction degree of the user is relatively high according to the weight of each feedback information, and thus, the interaction process is more humanized.

The invention relates to a voice code method and relative input device and sensor. Wherein, said voice code comprises syllable code, syllable time and syllable rhythm; the syllable code comprises initial consonant code, last consonant cod, pitch, children voice code, and paralinguistics information code. For making the user can express mind as motion, the invention selects the motion of people, which can express all information of syllable code, to be decoded into motion code; when user uses input device to make a motion, several information as initial consonant, etc, can be expressed; and deaf people inputs said sound code into the sound compose device to communicate with other people; the voice code can be input into word process device can complete the work input; and the blinder via said voice code input device can operate the computer via voice code. With said invention, user can sense the voice code without listening and seeing.

The invention discloses an intelligent real-time monitoring system implemented based on a mobile phone client. The intelligent real-time monitoring system comprises a login module, a video preview module, a remote control module, a file system management module and a cloud sharing storage module. The intelligent real-time monitoring system is mainly used for achieving remote access and control of intelligent real-time monitoring systems such as driving system recorders, aerial photographic machines, remote monitoring cameras and the like. The intelligent mobile phone client achieves preview of HD images in real time through adopting a Wi-Fi peer-to-peer technology and an efficient streaming media technology; function switching, attribute modification and the like of the system are realized by using custom signaling; and remote files can be shared to a social platform or a cloud platform for saving and storage through the client.

The invention relates to a screen unlocking method and device and electronic equipment. The method comprises the steps of receiving an input fingerprint when a screen of a terminal is in the locked state; matching the input fingerprint with a first prestored fingerprint and a second prestored fingerprint, wherein the terminal prestores the first fingerprint and the corresponding relation between the first fingerprint and a first display object and prestores the second fingerprint and the corresponding relation between the second fingerprint and a second display object; if the input fingerprint is matched with the first fingerprint, unlocking the screen, and displaying the first display object after unlocking is performed; if the input fingerprint is matched with the second fingerprint, unlocking the screen, and displaying the second display object after unlocking is performed. According to the technical scheme, the objects can be displayed for the user more easily and rapidly when the screen is in the locked state, the man-machine interaction process is more user-friendly, man-machine interaction experience is improved, meanwhile, safety is improved, and privacy of the user is protected.

The invention relates to a translation language setting method. The method comprises the following steps: obtaining a public land mobile network PLMN code related to a mobile terminal; determining the language of the country related to the user of the mobile terminal according to the PLMN code; and automatically setting the target language and source language of a translation tool according to the language of the country related to the user of the mobile terminal. According to the method, the target source and target language of the translation tool can be automatically set, so that the user operation is convenient and the communication cost is saved. The invention furthermore discloses a method for realizing the method.

The invention discloses wearable equipment, a sign information early warning method, system and equipment and a storage medium. The method comprises the steps: receiving sweat component data transmitted by wearable equipment, and uploading the sweat component data to a cloud server; and when sign early warning information sent by the cloud server is received, displaying the sign early warning information, and pausing running game. According to the invention, the problem that an existing somatosensory game device cannot monitor the sign condition of a user in a game playing process in real timeis solved, and when the user moves excessively, sign condition early warning information is sent to the user in time, and the user is reminded to supplement water and corresponding microelements in time, so that interaction between the user and the somatosensory game device becomes user-friendly and healthy.

The invention discloses a vision-based user specific behavior analysis method and a self-service medical terminal, and is characterized in that video images of a plurality of human body posture samples are sampled, corresponding comparison feature data of each human body posture is obtained through calculation and learning, and the comparison feature data is stored as a comparison feature database; the method comprises the following steps: calculating user space-time characteristic data of a human body posture in an image, comparing the data with data in a comparison characteristic database, and searching comparison characteristic data with a minimum difference value with the user space-time characteristic data in the comparison characteristic database; and when the difference value between the space-time characteristic data of the user and the found comparison characteristic data is smaller than a preset threshold value, judging that the current user belongs to a human body posture corresponding to the comparison characteristic data. Specific behaviors of users are taken as priori knowledge through training, and user behavior analysis is realized based on comparison of the prioriknowledge. Through the system, monitoring is more intelligent, user interaction is more user-friendly, and development of man-machine interaction is promoted.

The invention provides a crowdsourcing acquisition system and method based on motor fault knowledge, and belongs to the technical field of knowledge maps. The system comprises a data acquisition module which collects answers of experts through man-machine interaction and completes a crowdsourcing acquisition task. The man-machine interaction part is mainly divided into three modules: an applet part, a fault questionnaire part and a paper knowledge extraction part. The model training module uses a BERT model and is mainly used for performing a named entity recognition task, extracting key entities from an article, matching the entities and constructing a motor fault knowledge graph. And the knowledge construction module is used for carrying out matching according to predicates and editing distances after system knowledge training, and enabling fault description to correspond to fault elements, fault solutions and fault reasons. Through the technology, a motor fault knowledge crowdsourcing knowledge acquisition system is successfully designed and realized, motor fault knowledge can be extracted from various file formats, and a motor fault knowledge base and a knowledge graph are constructed.

An interaction intention determination method and device, computer equipment and storage medium. The emotional interaction method includes: obtaining user data; obtaining the user's emotional state; and determining intention information at least based on the user data, wherein the intention information includes and The emotional intention corresponding to the emotional state, the emotional intention includes the emotional needs of the emotional state. Applying emotional intent to interactions with users can make the interaction process more humane and improve the user experience of the interaction process.

The invention relates to a finger identification method used in an interactive demonstration system, which is used for determining the operation behavior of a user by means of the identification of fingers on the basis of the camera-projection interactive demonstration system. Based on image processing techniques, the fingers are identified according to the characteristics of finger gesture of a user at the time of drawing by taking geometrically positional information of the finger as main information for identification to analyze and process the images taken by a camera. The entire identification process is completely based on the analysis and the processing of the images without the need that a user wears an additional apparatus for positioning and identifying the finger, thus solving the problems of a plurality of inconveniences owing to the additional apparatus and the like and enhancing the interactivity and human-based property of the interactive demonstration system.

The invention relates to a learning system for realizing interaction based on a three-dimensional virtual character and speech recognition. The learning system comprises a speech recognition module, athree-dimensional animation module, a terminal interaction module and a cloud storage platform module. The terminal interaction module is electrically connected with the three-dimensional animation module and the speech recognition module. The speech recognition module is electrically connected with the three-dimensional animation module and the cloud storage platform module. The speech recognition module converts instructions input by the terminal interaction module into character signals and sends the character signals to the cloud storage platform module, and the cloud storage platform module sends feedback information corresponding to the character signals to the speech recognition module, converts the feedback information into speech signals and feeds the speech signals back to the terminal interaction module through the three-dimensional animation module. The system can match the feedback information according to the questions of a user and play the feedback information througha three-dimensional portrait, so that the interaction is closer to real face-to-face interaction, and compared with robot interaction, the system makes interaction more humanized, makes the interaction experience feeling better, and can better stimulate the learning of the user on the feedback information.

The invention provides a mobile terminal and an event reminding method thereof as well as a storage medium. The event reminding method comprises the following steps: detecting the current electric quantity of the mobile terminal; judging whether the current electric quantity of the mobile terminal is equal to or lower than a set first electric quantity value; and if yes, reminding a to-be-remindedevent before preset time, wherein the to-be-reminded event is an event which is set in advance and is reminded at the set time. By virtue of the way, a user can set one relatively low first electricquantity value according to usage habits of the user or performances of the mobile terminal, and the to-be-reminded event is set in advance according to the actual usage condition, so that the to-be-reminded event can be reminded in advance when the electric quantity of the mobile terminal is relatively low, the situation that the user misses the to-be-reminded event as the electrical quantity ofthe mobile terminal is relatively low and the mobile terminal is shut down can be effectively avoided, strain capacity of the to-be-reminded event is improved, interaction between the mobile terminaland the user is more humanized, and experience degree of the user is improved.

The present invention belongs to the field of mode identification and artificial intelligence technology. The computer system consists of network PC as well as microphone, sound box or earphone, scanner, blind's Braille display, printer and software modules in the host computer and related hardware. The present invention makes it possible for the blind to operate computer naturally and conveniently by means of listening, saying and touching. The interacting process is homizized and intelligent, and supplies tool for the blind to treat file and intercourse with those without eyesight obstruction and the present invention provides the teachers in blind school with useful tool.

The invention relates to a questions and answers evaluation method and device for a questions and answers system. The method comprises the following steps of acquiring response information, namely acquiring current-interactive response information input from a user; and updating a weight, namely detecting whether the current interaction and previous interaction of the user is dialogue interaction or not, if yes, generating a weight changing value according to the response information, and updating the weight of feedback information output from the questions and answers system in previous interaction according to the weight changing value. By the method, the satisfaction degree of the user on each piece of feedback information can be quantitatively determined; when the user inputs the same question again, the questions and answers system can select the feedback information which the satisfaction degree of the user is relatively high according to the weight of each feedback information, and thus, the interaction process is more humanized.