1765 results about "Interaction mode" patented technology

Described herein are systems and methods for recognizing when a user of an interactive application is frustrated and for responding to the user's frustration by changing an interaction mode. In response to detecting a frustration pattern in a user signal, an interaction mode of the application may be adjusted. Adjusting an interaction mode may include adjusting the presentation of any one or more interactive application elements (for example, available options, valid user commands, display characteristics and items presented to the user).

Disclosed herein is a computer implemented method and system for real time online interaction and social consumption of media by multiple users. A virtual interaction platform is provided for use by the users for the real time online interaction. A synchronous media layer is provided on the virtual interaction platform. An interaction layer comprising multiple interaction modes for enabling the users to engage in group interactions is provided on the virtual interaction platform. A reporting, archiving, and analysis layer is provided on the virtual interaction platform. Multimedia content is simulcasted for synchronous viewing by the users using the synchronous media layer. Group interactions among the users are enabled by the interaction layer using multiple interaction modes. A marketing layer is provided on the virtual interaction platform for targeting in-platform advertisements to the users. The simulcasted multimedia content is therefore consumed by the users while interacting using the interaction modes.

The invention provides a method for intelligently adjusting screen display, which is applied to an intelligent mobile terminal. The method comprises the following steps of: scanning the eyes of a user in a certain region in front of the mobile terminal through a camera to acquire the current visual angle focus information data of the eyes of the user, and comparing the current visual angle focus information data with the initialized visual angle focus information data of the eyes of the user which is acquired in advance to judge the screen region which is currently concerned by the user; and driving a screen to adjust the display content according to the judged screen region which is currently concerned by the user. Correspondingly, the invention also provides a device for intelligently adjusting screen display. Through the method and the device, manpower for operating the mobile terminal can be saved to a greater degree, the use of the keyboard or touch screen of the mobile terminal is reduced, abrasion is reduced and the service life is prolonged; meanwhile, the human-computer interaction mode is changed, so that the intelligent mobile terminal is more intelligent and the user experience is improved.

The invention discloses a method for controlling game characters based on a human face analyzing technology. The method comprises the following steps: preprocessing an image obtained from an image input device simply and effectively; detecting the human face and positioning key points by a statistical learning method; and analyzing the positioning result to obtain human face gesture and expression information, and mapping the information to corresponding game control commands to achieve the real-time control function of the faces of the game characters. Using human face information of a player to control the game characters extends the interaction modes of the prior games by only shooting a picture of the human face of the player by a camera, analyzing the state and the expression information of the picture in a space, and converting the analyzed result into the control commands of the game characters. A video detection method of the invention is real-time, robust and easy to realize and operate. The method can enable game players to perform interactive operations in a more natural and more intellectual new mode, such as adopting self head gestures, face expressions and the like to endow games with more interactions and immersion.

The invention aims to provide a wireless multi-hop ad hoc network communication method, which comprises the steps of network establishment and maintenance, and service transmission. The network establishment and maintenance comprises the following steps of: finding of neighbors; adding and deletion mechanisms of the neighbors; and establishment and maintenance of a route, in which the interaction of neighbor information among network nodes ensures that each network node finally possesses a topology table of whole network connection relationship, then a main operation node of the network nodes is used to calculate the route of the whole network according to the topology table and notifies other network nodes in the network of routing information in an information interaction mode at the same time, and the topology table and a routing list respectively saved by each network node are kept consistent to finish the establish of the network when the network is finally steady. The service transmission comprises the following steps of: search of an access point, link application, link establishment, service transmission and link demolition. A self-developed wireless multi-hop ad hoc relay network of the invention can finish the communication in tunnels or on occasions with similar characteristics.

The invention provides a control system for playing and pausing videos by detecting a point of regard of eyeballs. The control system is used for detecting eyeball moving traces and comprises a mobile phone operating system, an infrared front-mounted camera and a processor, wherein the infrared front-mounted camera detects states of the eyeballs and transmits the detection information to the processor; and the processor controls pause and playing of the videos according to the states of the eyeballs. The videos can be played and paused through an eyeball point of regard detection technology, the infrared camera and mobile phone software, so that a user can conveniently play and pause the videos without the help of a hand under some scenes, and convenience can be brought to the user by a brand-new interaction mode.

The present invention provides a method and system for automatically providing group interaction modes in a local area network (LAN) for attendees of an event having mobile devices capable of communicating with the local area network. One aspect of the present invention includes providing a shared data pool on the LAN with data created by a provider of the event prior to the event; and providing the LAN with a group mode. The group mode includes functions for enabling attendees to create user data pools on the LAN from their mobile devices during the event; enabling at least a portion of the mobile devices to upload digital image data captured during the event to the LAN for storage in the corresponding user data pools; and enabling at least a portion of the mobile devices to download the data stored in both the shared data pool and other attendee's user data pools for storage, such that one attendee receives the digital image data submitted by the other attendees. A further aspect of the present invention includes providing the LAN with a guest services mode that includes functions for providing each of the mobile devices having an established relationship with a home network pass-through access to the home network via an Internet connection, and for selectively forwarding to each mobile device's home network the data in the shared data pool.

The invention discloses a method and device for visualization of layering data. The method and device includes generating a tree data structure in a data set HD according to internal layering relation, generating a fan-shaped structure through a self-adaptive radioactive ring algorithm by each node in layers lower than node threshold in the generated tree data structure, enable each node in layers higher than or equal to the node threshold in the generated tree data structure to generate a sub radioactive ring, namely a necklace ring through a necklace ring algorithm in interaction mode and mapping and displaying the radioactive ring and the necklace ring on a display plane. The method and device resolves the problem that space utilization rate of a central area in the radioactive ring is low, peripheral areas are crowd, and fan area is small and cannot be recognized by naked eyes in the existing visualization method. The method and device achieves the effect that data layering structure is shown to users to the largest extent in limited space and enables the users to obtain detail information on any layer and structure information between layers by means of interaction.

The invention relates to a classroom teaching mixing technology application system based on enhanced reality and a method thereof. The system comprises that: an object printed with a marked surface; an image acquisition device used for acquiring an image of the object in a classroom environment; an image processing module used for processing and analyzing the acquired image; an image positioning module used for analyzing and calculating a coordinate of an identified mark in the acquired image; an image generation module used for placing a virtual object corresponding to the identified mark at a coordinate position of the mark in the image; a data statistics and analysis module used for counting and analyzing answer content; a display device used for displaying an image which is generated finally or a data statistics analysis result. According to the system and the method in the invention, a plurality of interaction modes in teaching can be realized, compared with a present classroom interaction feedback system, realization cost and needed expense of the system in the invention are obviously reduced, and flexibility of usage is substantially raised.

The invention relates to an intelligent robot based interaction method and device, and an intelligent robot; the method comprises the following steps: obtaining man-machine interaction input information; determining whether a preset active interaction condition is satisfied or not according to the man-machine interaction input information; if yes, generating and outputting corresponding man-machine interaction output information according to the man-machine interaction input information and a preset active interaction model. In the prior art, a user and the robot only have a single passive interaction mode; the novel method can solve the problems, and provides the mode combining active interaction with passive interaction, thus diversifying, intelligentizing and humanizing interaction between the robot and the user, and improving robot user experience.

The invention discloses a voice-controlled air conditioner with a voice interaction function. The air conditioner is controlled directly by voice command information given out by a user, and the user is confirmed by the voice command information fed back in the voice control process of the air conditioner, thus realizing voice interaction between the user and the air conditioner. With the technical scheme, the air conditioner can be controlled completely without a remote controller, thus being convenient to operate, and simultaneously having flexibility in voice interaction mode, being capable of meeting personalized requirements of different users, and improving the experience of users.

The embodiment of the invention provides an intelligent inquiry method, device and system. The problem that an existing inquiry way is low in efficiency is solved. The intelligent inquiry method comprises the step that symptom information of a patient is connected on the basis of a text or voice interaction mode of natural language; the collected symptom information is stored in a preset inquiry template; patient condition information for a preset association end to output and display is generated on the basis of the symptom information stored in the inquiry template, wherein the patient condition information comprises one or more of prediction symptom type information, prediction registration department information and symptom information.

The invention relates to the technical field of computer application software, in particular to an internet real-time lucky drawing system and an implementation method thereof, and overcomes the defects of long time span, poor site interaction and a lucky drawing random number generation method in the prior art. The system comprises a client unit, a communication server unit, a lucky drawing server unit, a database server unit, a lucky drawing site unit and a lottery inform unit; the internet real-time lucky drawing system is created, so participants and a sponsor complete a lucky drawing activity in an interaction mode at the same time and at the same situation. By the invention, a real-time lucky drawing effect is achieved, an activity atmosphere is enhanced, the interest of the participants is improved, the system is favorable for achieving the purpose of business promotion of the sponsor, a lucky drawing program is simplified, a lucky drawing process is transparent, and all participants personally witness the process of the lucky drawing activity and a prize result; moreover, the system can be used by different sponsors for different types of lucky drawing activities, so software development cost is saved.

The invention discloses a network broadcast method, an anchor side device and an audience side device. The network broadcast method comprises the following steps: receiving microphone connection live broadcast requests of N audience side devices by the anchor side device in a live broadcast process, wherein the microphone connection live broadcast requests of the N audience side devices are respectively requests of the N audience side devices for requesting to participate in the live broadcast of the anchor side device; then based on a first microphone connection live broadcast request in the microphone connection live broadcast request of the N audience side devices, confirming to carry out microphone connection live broadcast with the first audience side device in the N audience side device; and then adding a first small display window in the live broadcast window of the anchor side device to display live broadcast video stream of the first audience side device. Therefore, besides displaying the live broadcast video stream of the live broadcast window on the anchor side device, the live broadcast video stream of the first audience side device can also be displayed on the live broadcast window of the anchor side device in a small window display manner, so that the anchor side device and the first audience side device realize the microphone connection live broadcast, the interaction modes of the network broadcast are enriched, and the interaction interests of the network broadcast are increased.

Described herein are systems and methods for recognizing when a user of an interactive application is frustrated and for responding to the user's frustration by changing an interaction mode. Signals arising from motion sensors included in user equipment are monitored for patterns indicative of user frustration. In response to detecting a frustration pattern in a motion sensor signal, an interactive application display is changed.

The invention discloses a method and a system for sharing a virtual SIM (subscriber identity module) as well as a mobile terminal. A master-slave device interaction mode is introduced to realize sharing of the virtual SIM, and sharable virtual SIM parameter data are stored in a master device mobile terminal (such as an intelligent bracelet). On the basis, when a slave device mobile terminal conforms to a preset connection condition and accesses a master device, the slave device mobile terminal can activate SIM parameter data shared with the master device through established connection when conforming to an SIM activation condition required by the master device, so that SIM data provided by the master device are shared. Thus, when the method and the system are used for sharing the SIM data, a user is not required to operate the SIM manually and can activate one to-be-used slave device mobile terminal as required on the basis of connection of the master and slave devices, the method and the system are convenient and quick, and the user experience is improved.

The invention discloses an intelligent LED table lamp based on gesture and voice control and a control method of the intelligent LED table lamp. The overall control structure of the intelligent LED table lamp is composed of a sensor module, a power source module, an LED matrix and a control module. The sensor module comprises an electret pickup, a gesture sensor module, a human body infrared sensor and a brightness sensor. The LED matrix comprises an LED driver and a highlight warm white LED. The control module comprises a microprocessor and a voice identification chip. The power source module and the control module are located in a base. The electret pickup and the brightness sensor are located in front of a support. The LED matrix is located below a lamp holder. The gesture sensor module and the human body infrared sensor are located in front of the lamp holder. The LED table lamp has the two control methods including an automatic working mode and a human-computer interaction mode. The intelligent LED table lamp based on gesture and voice control is convenient to control, intelligent and user-friendly, and automatically saves energy.

The invention relates to a method for carrying out in-vivo detection based on human face recognition. The method comprises the following steps that a video including human faces is input, and the video is cut into picture sequences according to frame frequency; the human face in each frame of picture is detected out through the human face recognition technology; the pixel value of a green channel in a human face frame in one frame of picture is extracted to serve as the pixel value of the picture, the pixel values of all the pictures are ranked according to the sequence, and a pixel value sequence is formed; the pixel value sequence is subjected to noise reduction, then Fourier transform is carried out, and frequency domain information of the pixel value sequence is obtained; a heart rate value is calculated according to the frequency domain information; whether the human faces in the video are real human faces or not is judged according to the heart rate value. Heartbeat information reflected by the human faces is utilized, human face in-vivo detection is carried out faster in a better interaction mode, a tester does not need to carry out operation according to a voice instruction, and the detection speed is high. Hardware equipment such as infrared cameras or 3D cameras is not needed, the cost is low, and the method can be widely applied.

The traditional medical image display mode is difficult to realize the combination of digital display and non-contact interaction. The invention discloses a somatosensory image browser composed of a somatosensory video camera, an image browse software system, a personal computer and a display device. The image browse software system is configured in the personal computer, and comprises a depth data processing system and a medical image display system. The somatosensory video camera obtains the depth information and executes data communication with the personal computer, the depth data processing system analyzes the data to realize the somatosensory interaction, and the medical image display system is used for displaying digital images and processing the images. The somatosensory image browser can execute image processing operations of scaling, rotation, translation, changing display quantity, changing window width and window level, and the like, on the displayed medical images via gestures. The browse device can be used for solving the problem of combination of medical image digital display and non-contact interaction, and is very suitable for being used in occasions with high requirements on sanitary conditions, such as an operating room and the like.

The invention relates to the field of wearable equipment and terminal interaction, and discloses a wearable equipment and terminal information interaction method and a terminal. In the wearable equipment and terminal information interaction method, a sensor arranged in wearable equipment is used for collecting hand information in real time, and the terminal enables the position, in a projection coordination system, of the hand information to be converted into a corresponding display region according to the pre-determined corresponding relation between the projection coordinate system and a display content coordinate system; an indicating or controlling gesture is determined according to the hand information, indicating or controlling is conducted in a display region, and the purpose that displayed contents are accurately located and controlled according to the gesture is realized. According to the wearable equipment and terminal information interaction method, data collection can be completed simply through the wearable equipment without specific collecting equipment, therefore, the information interaction mode is simple and the cost is effectively reduced; moreover, control over projection can be conducted simply through the portable wearable equipment and the experience effect that operation is convenient is brought to a user.

A method for generating a composite view (300) from multiple content items through interaction between a terminal (100) and a server (20), comprising the steps of: —transferring from the terminal (100) to the server (200) a terminal description (111) containing a capability profile of the terminal (100); —transferring from the server (200) to the terminal (100) information (212) indicative for available content items and interaction modes; and —transferring from the terminal (100) to the server (200) information indicative for selected content items and selected interaction modes, and an iterative process of: —streaming from the server (200) to the terminal (100) selected content items (113, 114; 213, 214) optimized according to the terminal description and the selected interaction modes; —fusing one or more of the content items in the terminal (100); —rendering the composite view (300) from fused content items; —transferring feedback from the terminal (100) to the server (200); and —adapting the streamed content items (113, 114; 213, 214) based on the feedback.

The invention provides a human-machine interaction method and device, and a robot. The human-machine interaction method comprises the following steps: collecting multimedia information of a user, wherein the multimedia information comprises user image information and / or user voice information; determining the identity of the user and an interactive mode according to multimedia information stored in a preset database and the collected multimedia information, wherein the interactive mode comprises a voice interaction mode and / or an action interaction mode; obtaining an interactive content corresponding to the identity of the user to realize interaction with the user according to the determined interactive mode. According to the method provided by the embodiment of the invention, the interactive content corresponding to the identified identity of the user is obtained for interaction with the user, so that the diversity of human-computer interaction is realized, and the targeted man-machine interaction mode is realized.

The invention discloses a display method and a related device. When the electronic device displays a user interface provided by a reading application in a first screen of the foldable display screen,the electronic device can display the user interface. A user can trigger the electronic device to display the user interface provided by the reading application in the second screen of the foldable display screen through the operation of turning over the electronic device forwards and backwards, and the second screen displays the user interface in a form suitable for the user to read. By implementing the method and the device, the user can trigger the electronic device by utilizing the interaction mode of turning over the electronic device forwards and backwards to display the content expectedto be seen by the user on the second screen in combination with the currently running application or the current position, the advantage of multiple screens is fully utilized to provide a convenientinteraction mode for the user, the operation is simple and convenient, and the user experience can be improved.

The invention discloses a method, a device and a system for realizing interaction in a virtual scene, and belongs to the technical field of networks. A host user terminal acquires a host user image and host user skeleton action data in a current direct broadcasting room, and sends the host user image and the host user skeleton action data to a server; an appointed audience user terminal acquires an appointed audience user image and appointed audience user skeleton action data in the direct broadcasting room, and sends the appointed audience user image and the appointed audience user skeleton action data to the server; the server transmits the images and the data; each of the multiple audience user terminals and the host user terminal respectively display the host user image and the appointed audience user image in the virtual scene displayed on the current display interface of the direct broadcasting room; in the displaying process, whether the host user skeleton action data and the appointed audience user skeleton action data meet an appointed action mode is judged; when the host user skeleton action data and the appointed audience user skeleton action data meet the appointed action mode, a corresponding event is triggered, so that a direct broadcasting interaction mode is added.

The present invention discloses a video live broadcasting-based interaction method and device, and belongs to the computer technology field. The method comprises the steps of receiving a live broadcasting video stream, and displaying a live broadcasting video picture according to the live broadcasting video stream; obtaining the drawing data drawn based on the live broadcasting video picture; sending the drawing data to a server, and using the server to push the subsequent live broadcasting video stream according to the drawing data, wherein an image corresponding to the drawing data is overlapped on the picture corresponding to the subsequent live broadcasting video stream, so that a user can interact with the users watching the same live broadcasting video by a drawing operation, an interaction mode based on the video live broadcasting is expanded, and the user experience is improved.

The invention discloses a three-dimension gesture recognizing method based on a Kinect depth image. The three-dimension gesture recognizing method is characterized by including the following steps that (1), multiple palm feature points are detected; (2), according to the starting positions of all the palm feature points, gestures matched with the starting positions of the palm feature points are found out in a gesture library, and a gesture candidate set is constructed based on the gestures matched with the starting positions of the palm feature points; (3), motion trails of the palm feature points are tracked and recorded, and the gestures which do not meet the motion trails of the palm feature points are rejected out of the gesture candidate set; (4), according to the conditions of the gestures remaining in the gesture candidate set, a gesture recognizing result is obtained. Natural interaction with a computer is achieved, and the human-computer interaction mode is enriched. The three-dimension gesture recognizing method can be widely applied to the fields of computer game control, virtual reality, digital education and the like.

The invention discloses a method and system for controlling internet television karaoke song requests by using intelligent mobile equipment. The method comprises the following steps of: receiving operations of a user by using all intelligent mobile equipment, connecting to a karaoke server and querying song information; and respectively receiving song-requesting operation instructions of the user by using all the intelligent mobile equipment when needing to request songs, and controlling an internet television play list to add songs specified by the user according to the song-requesting operation instructions; and downloading the corresponding songs from the local of the internet television or the karaoke server according to the play list by using an internet television so as to sequentially play, and carrying out the karaoke through the internet television. According to method and system provided by the invention, the intelligent mobile equipment is realized to control a novel intelligent television function of requesting songs while singing ; the interaction mode of the mobile equipment through a touch screen can be fully played so that users can realize the function of requesting the songs while singing on the internet television by using the karaoke service; and each user does not affect the song requests between each other so that convenience is provided for the users.

The invention discloses a machine type communication (MTC)-based message transmission method and an interworking functional entity. The method comprises that: the interworking functional entity receives message from an MTC terminal; the interworking functional entity acquires the address of an MTC server; and the interworking functional entity converts the message into a format according with the interaction mode of the MTC server, and sends the converted message to the MTC server in an interaction mode. By the method, access diversity of the MTC server can be ensured.