344results about How to "Real-time interaction" patented technology

The invention provides a method for realizing three-dimension video effects and relates to the technical field of video effects. The method comprises: identifying human face information in a video image; and according to preset rules and regulations, driving a preset three-dimensional animating model through the human face information. According to the information on various kinds of human face information acquired in real time in the video image, the method uses the human face information to drive the three-dimension animating model through preset rules and regulations and allows the three-dimension animating model to change in real time according to the change of human faces, thereby realizing real time interaction between a user and three-dimension effects and rich three-dimension effects.

The invention discloses a reality augmenting method. The reality augmenting method comprises the steps that a terminal obtains a current scene image through a camera, and detects a recognized target in the image to obtain data information in the recognized target; whether corresponding calling information exists in the terminal or not is checked, if yes, real-time rendering is directly carried out, and virtual information is superimposed on a terminal screen to be displayed in a scene; if the corresponding information does not exist, the information is uploaded to a server, the corresponding information is called from a database and downloaded to the terminal to be rendered in real time, and the effect of augmenting the reality is achieved. Meanwhile, movement, rotation and zooming of a virtual image can be controlled by moving the current scene or a terminal device.

The present invention discloses a method for remotely treating automobile insurance service and a system thereof. The method comprises the following steps: remotely realizing the automobile insurance acceptance service through inputting customer information based on mobile communication system and used portable mobile communication device, and storing or outputting the insurance acceptance information; at a state that the automobile is generated with an accident, through the mobile communication system and the used portable mobile communication device, automatically guiding the interaction based on insurance acceptance information through inputting the customer accident generation information for quickly completing the automobile insurance accident report, and storing or outputting the automobile insurance accident report information; based on the insurance acceptance information and automobile insurance accident report information, completing the automobile insurance accident field and automobile exploration remotely through collecting the field image information and related information of automobile insurance accident by the used portable mobile communication device, and storing or outputting the automobile insurance accident field and automobile exploration information; and based on the insurance acceptance information, automobile insurance accident report information and automobile insurance field and automobile exploration information, remotely completing the automobile insurance accident loss evaluating movably, generating the automobile insurance accident loss evaluating information, and transmitting the automobile insurance accident loss evaluating information to a maintenance shop or a related department.

The invention relates to the technical field of communication, in particular to an interaction method and an interaction system of a mobile terminal and a television program. The interaction method of the mobile terminal and the television program comprises the following steps of: previously storing user information corresponding to a mobile terminal; receiving an interaction mode instruction transmitted by the mobile terminal; if the interaction model instruction is a site participation request instruction, transmitting the site participation request instruction and the user information corresponding to the mobile terminal for transmitting the instruction to a program operation end; receiving site program information acquired by the program operation end and forwarding the site program information to the mobile terminal corresponding to the user information; receiving live program participation information transmitted by the mobile terminal, transmitting the live program participation information to the program operation end, and transmitting live program participation information and the user information to a program site end by the program operation end. According to the interaction method and the interaction system of the mobile terminal and the television program, interaction for real-time participation of off-site audiences in the television program can be realized.

The invention belongs to the field of robots, and relates to a multi-sensor information collection analyzing system, a robot device which performs real-time monitor and adjuvant treatment for autism children by using the system and a control technology of the robot device. In the multi-sensor information collection analyzing system, a plurality of sensors, collectors and information output equipment transmit communication information by adopting a controller area network (CAN) fieldbus, and the distribution type information fusion technology ensures that mounting and clipping of the equipmentto be more convenient and efficient. By adopting the multi-information fusion technology, the ways for the robot to collect interactive object emotions are increased, and the affinity and interactivesuccessful rate of human-machine interaction are improved.

The invention provides a construction site intelligent safety supervision system and a control method thereof. The system comprises a site access control device, a safety fence device, a device control terminal, a smart tower and a remote server, wherein the intelligent tower is used for realizing construction site panoramic view monitoring, construction on-site sound collection, odor collection,on-site lighting and voice broadcast and realizing sound-light alarm under abnormal circumstances, and the remote server is in communication connection with the intelligent tower, the safety supervision terminal and an intelligent reporting terminal through a mobile communication network and transmits corresponding data to a safety supervision management center through an Internet network. With the construction site intelligent safety supervision system and the control method thereof of the invention, the image information and environmental information of a construction site can be acquired inreal time; the unified control of construction workers and construction equipment can be realized; auxiliary lighting can be realized; alarm prompts can be given out when an abnormal condition occurs, and the abnormal condition is reported to the a safety monitoring management department; and actual all-round and no-dead-corner safety supervision can be realized.

The invention discloses an automatic driving-oriented edge computation resource management method. The method comprises the following steps of: carrying out uniform management and dynamic distributionon edge-side resources according to a demand, for computation resources, of an automatic driving business, so as to realize real-time interaction with an autonomous vehicle; migrating the computationto an edge computation node; and storing mass automatic driving data according to a customer demand so as to relieve the pressure, for computation and storage demands, of the vehicle. Compared with the prior art, the method has the advantages that the computation, storage and network resources of edge sides are pooled to form transparent and high-availability resource infrastructure nodes, so that high-availability computation ability is provided for automatic driving businesses, and large-capacity and low-cost storage services and edge side high-speed network services are provided at the same time; resource isolation between businesses and data is realized, and resource switching is dynamically completed, so that the computation, storage and network are respectively charged as required and then the charging is more reasonable; the value maximization of the computation and storage resources is realized; and the automatic driving efficiency is improved.

The invention discloses an interactive method of an automobile driving simulator and a virtual traffic environment simulation system. The interactive method adopts a high-efficiency algorithm and a data structure to realize real-time interaction of the automobile driving simulator and virtual traffic environment simulation software: the traffic environment simulation software conducts interactive traffic microscopic simulation calculation according to a self-state, a received state of the automobile driving simulator, and a traffic simulation model. The automobile driving simulator receives state information about traffic participating objects near the traffic environment simulation software in a traffic flow from the traffic environment simulation software and uses the information to accomplish collision detection calculation in a three-dimensional space and realize the interaction with the traffic flow simulated by the virtual traffic environment simulation software. According to the interactive method of the automobile driving simulator and the virtual traffic environment simulation system, with the adoption of a directed graph structure, quick traversal of road environmental data is realized; the efficiency of the simulation calculation is improved; simulation calculation results are vivid; and the interactive relation of the automobile driving simulator with the virtual traffic environment simulation system can be simulated well.

The invention provides a system and a method which can fully and really realize the three-dimensional interaction projection. In the invention, a camera group acquires visible outline surfaces of a human body and other objects in a certain projection area, an image processing unit carries out separation, correction and three-dimensional reconstruction to acquired images of the image processing unit, the acquired images are transmitted into a three-dimensional interactive unit through a communication unit, and three-dimensional interaction can be realized in the projection area. According to the invention, a human body chain-shaped model is automatically set up by using a computer vision technology, and gestures and actions of the human body can be automatically identified, are analyzed according to a semantic database, and then are then interactive with the three-dimensional interactive unit in real time.

The invention discloses communication equipment for achieving out-of-band monitoring and management, which comprises a micro processing unit and a managed board card consisting of at least one switch fuse unit and at least one line processing unit, wherein the micro processing unit comprises an FPGA (Field Programmable Gate Array); each managed board card comprises a singlechip; the FPGA of the micro processing unit is connected with a CPU (Central Processing Unit) of the micro processing unit by an expanded local bus, connected with the singlechip of each managed board card by simulating UART (Universal Asynchronous Receiver / Transmitter) buses with the corresponding quantity, and used for receiving a management command from the CPU of the micro processing unit through the local bus, forwarding the management command to the singlechips of the corresponding managed board cards through the UART buses, receiving management response commands from the singlechips of the managed board cards through the UART buses, and sending the management response commands to the CPU of the micro processing unit; and the singlechips of the managed board cards are used for receiving the management commands from the FPGA of the micro processing unit through UART interfaces, and sending the management response commands to the FPGA of the micro processing unit through the UART interfaces. The invention further discloses a method for achieving the out-of-band monitoring and management and a master-slave switching method. The communication equipment, the method and the master-slave switching method can effectively improve the data forwarding efficiency.

The present invention discloses an ancient architecture monitoring and early warning system based on an internet of things, comprising a wireless sensor network configured to monitor the ancient architecture environment, a cloud data server, and a real time monitoring platform. The wireless sensor network comprises a gateway node and a plurality of sensing nodes located everywhere about the ancient architecture, the sensing nodes include sensor modules, interface circuits, first controller modules and first wireless communication modules, and the gateway node includes a second wireless communication module, a second controller module and a network communication module. A nested and coherent processing flow comprising acquisition, transmission, fusion and display of information is formed through tight cooperation, therefore the continuity of the time and the efficiency of the spatial distribution of the data of monitoring the environmental factors associated with the ancient architecture are effectively improved, and at the same time the cost of manpower and material resources is greatly reduced; and moreover, the ancient architecture monitoring and early warning system based on the internet of things may make timely early warning in response to unexpected disasters and is capable of performing intelligent analysis and determination of monitoring data.

The invention provides a continuous character gesture track recognizing method based on a structural dynamic time domain wrapping algorithm (STDW) for solving the problems in the prior art. Through the automatic cutting problem of continuous gesture tracks, extraction of angular point new characteristics, the recognition of the STDW and the processing between character gesture tracks, natural, real-time and accurate recognition on continuous character gesture tracks is achieved. Compared with the prior art, the interaction mode is more natural, the constraint of users is smaller, and the requirement of man-machine interaction is met. Compared with the traditional situation that multiple gesture actions are more diversified in type, under the condition that accuracy and real-time performance are considered at the same time, the recognition effect of an original algorithm is improved by means of the STDW formed by combining a character gesture track structure and a dynamic time wrapping algorithm, the recognition rate is increased, and the method is high in accuracy and good in man-machine interaction experience and can meet the requirement for real-time performance.

The invention provides an environmental regulation device control system, which comprises a mobile terminal, an instant communication server, an internet of things server and an environmental regulation device, wherein the mobile terminal is provided with an instant communication tool, a control instruction and a control parameter inputted by a user are received via the instant communication tool, and the mobile terminal then sends the control instruction and the control parameter to the instant communication server; the instant communication server sends the control instruction and the control parameter to the internet of things server; the internet of things server sends the control instruction and the control parameter to the environmental regulation device and receives state information sent by the environmental regulation device; and the environmental regulation device works according to the control instruction and the control parameter. According to the environmental regulation device control system provided by the invention, setting is simple, user experience is friendly, self-defined setting and interaction can be carried out, and more intelligence and humanization are realized. The invention also discloses an environmental regulation device control method, a mobile terminal and a server.

The invention relates to a system comprising: a server (1) in communication with a plurality of point-of-sale (POS) terminals (2), point-of-sale (POS) terminals (2) arranged to communicate wireless with a consumer device (3); and a logic (4) stored on the costumer device (3)arranged to; identify a point-of-sale (POS), enable check in of a virtual shopping cart (5) enabling shopping at said point-of-sale (POS) and enable check-out for payment at said point-of-sale (POS), logic (6) stored on the POS terminal (2) arranged enable communication with said costumer device (3), wherein said logics (4, 6) are arranged to enable said POS terminal (2) to complete the sale of merchandise (7) contained in said virtual shopping cart (5), and to produce a physical receipt and / or an electronic receipt (8), wherein said server (1) is also in communication with a plurality of point-of-sale (POS) terminals (2) and said virtual shopping cart (5) is handled by said server (1).

The system utilizes multimedia client end, retransmitter, retransmission service centre, class management and service centre to carry on three functions of video-audio class, data class and class management. The multimedia client end scattered at each small satellite station is connected to internal connected retransmitter through Ethernet and the retransmitter is connected to external connected server which connects to retransmission centre of server at main satellite station through two-way satellite network connection. The class service centre is at server of the main satellite station and the multimedia client end is connected to retransmission center at main satellite station server and class management and service centre.

The invention discloses an intersection bus signal priority control system. The intersection bus signal priority control system comprises a bus priority signal generation device connected with a traffic signal controller at an intersection, an RFID reader arranged at a set distance from an intersection stopping line in the vehicle coming direction, and a vehicle electronic label arranged on a front windshield of a vehicle. The intersection bus signal priority control system is characterized in that the RFID reader accurately reads the vehicle electronic label on a bus approaching the intersection, obtains accurate bus registration information and then sends a bus signal priority request and an expected arrival time to the traffic signal controller so as to enable the traffic signal controller to optimize and adjust signal phase times, so that intersection-level signal control provides time priority to buses, and waiting delays of the buses at the intersection are reduced. The intersection bus signal priority control system is adaptable to signal priority control of an urban bus and also adaptable to signal priority control of a high capacity bus such as a BRT, a trolleybus and a tramcar. In addition, the existing traffic signal controller and traffic signal control system do not need to be reconstructed, and the intersection bus signal priority control system has a wide application prospect.

The invention provides a real-time human-computer interaction system based on virtual reality. A three-dimensional image collection module carries out image collection on a real scene and transmits three-dimensional image information to a virtual scene processing module; the virtual scene processing module carries out virtual construction and real-time rendering on the real scene, and provides the three-dimensional real-time simulation of the real scene for a controller; a control module carries out overall planning control and information transmission on each module, and meanwhile, the control instruction of the controller is received and sent to an action feedback module and external equipment; after the action feedback module receives the control instruction, according to a preset action way, a control object in the virtual environment is controlled to finish corresponding action, the real-time feedback of a control effect is provided for the controller in the virtual environment; and a virtual reality hamlet is taken as virtual scene presentation equipment and is worn on the controller, and immersive real-time human-computer interaction is realized. The invention simultaneously provides a real-time human-computer interaction method. By use of the method and the system, real-time human-computer interaction under the virtual reality environment is realized.

The invention provides a real-time webpage synchronization and background distributed data storage system. The real-time webpage synchronization and background distributed data storage system is characterized in that a big data storage platform is used for conducting structured storage on written unstructured data by adopting a distributed storage structure and using a task as a metadata model, a real-time data pushing module is connected to the big data storage platform and builds a Socket long-chain channel with a plurality of client sides, and when it is detected that data inside the big data storage platform are modified, the data related to modification are automatically pushed to each client side; each client side is used for receiving the data which are related to the modification and come from the real-time data pushing module and used for synchronously displaying the data related to the modification on a webpage of the corresponding client side in real time after the corresponding client side logs in to a designated URL address. According to the real-time webpage movable packaging technology, real-time data interaction, pushing and reminding are achieved, and working tasks and schedules can be tracked and checked in real time.

The invention discloses a network real-time interaction live method and device based on three-dimensional virtual technology. The method comprises the following steps: a server acquires a video in real time; the server removes the background color of the video, and then performs aliasing and rendering processing on the video without background and the dynamic three-dimensional virtual scene acquired in real time so as to generate the dynamic three-dimensional video; the server encodes the dynamic three-dimensional video, and then sends the encoded video to the CDN, so that the CDN can send theencoded dynamic three-dimensional video to at least one client, thereby enabling the user of at least one client to watch the live; the server monitors in real time and responds to the information returned by at least one client, modifies or regenerates the dynamic three-dimensional virtual scene in the dynamic three-dimensional video according to the information, thereby enabling the user of atleast one client to interact with the dynamic three-dimensional virtual scene in the played dynamic three-dimensional video when watching the live.

The embodiment of the invention discloses a live data processing method and device, a server, a terminal and a storage medium. The method comprises the following steps: receiving video stream data andat least one interaction information sent by an anchor client of a live video; processing the video stream data to obtain a target video clip of the live video, and acquiring the address of the target vide clip; selecting target interaction information associated with the target video clip from at least one interaction information; establishing an index for the target video clip in an index fileof the live video, wherein the index of the target video clip comprises the address of the target video clip and the target interaction information; and sending the index file to the audience client when receiving a video request sent by the audience client of the live video. Through the processing method disclosed by the embodiment of the invention, the real-time interaction between the anchor and the audience can be realized, the live interaction process is simplified, the interaction efficiency in the live process is improved, the processing burden of the client and the sever are reduced, and the practicability and the user experience are improved.

The invention discloses an operation simulation training virtual reality software system of a tower crane. The software system selects the construction site of the bicycle stadium of the 11th NationalGames of PRC and the used QTZ125 tower crane as the simulation object and adopts three-dimensional modeling software Multigen-Creator to build the tower crane three-dimensional model and the construction site scene and surrounding environment model according to the blueprint of the QTZ125 tower crane, construction site and surrounding environment; in the VC++ editing environment, the real time actuation of the tower crane model and scene model can be realized through Vega programming. The invention is the software part of the operation simulation training system of the tower crane which reappears the working process of the tower crane and the change of scene and simulates the generation and change of three-dimensional scenes such as the day, night, fog and the like so as to provide training for the driver of the tower crane.

The invention relates to a distribution network data processing method based on a mobile GIS (Geographic Information System) and RTK (Real Time Kinematic) positioning. The method comprises the following steps: performing data preparation and storage; implementing a Web application server subsystem; implementing a geographic information subsystem; implementing a distribution network data management subsystem; implementing a task and form data management subsystem; implementing a document management subsystem; implementing a mobile terminal operation subsystem; implementing an RTK coordinate acquisition subsystem; and executing a distribution network patrol task. Through adoption of the distribution network data processing method, the working efficiency of data processing by distribution network equipment is increased; the production services of patrol, overhauling and the like are effectively extended to a job site; the service continuity and efficiency are realized; the on-site working quality and efficiency are improved; the mapping precision is increased; on-site working procedures are effectively standardized and guided; the operation cost is lowered; repeat operation is avoided; and a standard service flow combined with mobile operation is established.

Provided is a field service reservation intelligent queuing system and method thereof based on Internet and geographic position. The system comprises a cloud server and user remote terminals and service field remote terminals which are connected with the cloud server. The plurality of user remote terminals and service field remote terminals are provided, the user remote terminals achieves information real-time interaction with the service field remote terminals through a cloud server, the cloud server arranges users into a service field service queue according to the less-time-consuming principle on the basis of information of the user remote terminals and the service field remote terminals, and publishes the queue information to the user remote terminals and the service field remote terminals in real time. By means of the system and method, real-time information interaction between the users and the service field is achieved, the resources of two parties are configured in real time, reasonable utilization of the resources is achieved in the most reasonable mode, great convenience is provided for the users, and the system and method has high economical and social meanings.

The invention provides a three-dimensional space positioning system based on infrared image recognition. The three-dimensional space positioning system based on the infrared image recognition is used for recognizing the three-dimensional space position of a target object and comprises a first infrared camera, a second infrared camera, a third infrared camera, an infrared laser device, a projection screen and a computer, wherein the image plane of the third infrared camera faces towards the direction of the projection screen, the image plane of the first infrared camera and the image plane of the second infrared camera face towards the direction of the target object, the optical axis of the first infrared camera and the optical axis of the second infrared camera are strictly perpendicular to the projection screen, the infrared laser device is arranged at the position of the target object and points to the position of the projection screen, and the computer is connected with the first infrared camera, the second infrared camera and the third infrared camera. The three-dimensional space positioning system based on the infrared image recognition has the advantages that the target object is identified according to the infrared laser device, positioning is carried out through the receiving of the infrared cameras, and thus the three-dimensional space positioning system based on the three-infrared-camera positioning technology is provided. Through the visualization operation carried out on complex data through the computer and a real-time interaction environment, vivid three-dimensional visual perception is achieved, and the real-time capture of motion is achieved.

The invention discloses a multi-modal cognition detection and rehabilitation system device. The multi-modal cognition detection and rehabilitation system device comprises a host (100), a display unit touch screen (200) with a touch function, a broadcasting unit (300), a key unit (400), a knob unit (500), a rocker unit (600), a video recording unit (700), a visual tracking unit (800), an electroencephalogram collection unit (900) and an IC card reader (1000). The method combines traditional Chinese medicine and western medicine, performs evaluation and rehabilitation training on MCI (mild cognition impairment) patients in early AD (Alzheimer's disease) stage, and accords with the academic idea of preventive treatment of diseases. Cognition functional training and rehabilitation training are performed in a prevention and healthcare service system environment, and real-time on-site information interaction is realized. The multi-modal cognition detection and rehabilitation system device is convenient to popularize widely and has greater application value and social benefit, and the life quality of elderly people is improved and social burden can be reduced by means of the system.

The invention relates to a remote real-time interaction system, in particular to a holographic projection real-time interaction system. The holographic projection real-time interaction system comprises at least two interaction terminals. The interaction terminals are connected with a server in a wireless mode, the interaction terminals comprise somatosensory interaction terminals and holographic projection terminals, the somatosensory interaction terminals are connected with the holographic projection terminals in a wired or wireless mode, and the holographic projection terminals are connected with the server in a wireless mode. The advantages of the Internet of things technology and the holographic projection technology are fully utilized in the structure so that different users can conduct real-time interaction, and vivid three-dimensional visual display is brought to the users. The real-time interaction is very vivid, a three-dimensional visual effect is achieved, at the same time, obvious touch can be felt, communication experience of the users is improved, and the holographic projection real-time interaction system is applicable to the fields like remote education and on-line games.

The invention provides a virtual running accompanying character creation and interaction method and apparatus. The method comprises the steps of providing a virtual character image platform, and according to an operation instruction, obtaining user information, wherein the user information at least comprises body height, body weight, age, gender and a face photo; according to the user information,obtaining a body physical sign template matched with the user information in the virtual character image platform; and when a combination instruction of a user is received, building a virtual runningaccompanying character model according to the body physical sign template. The creation of a virtual running accompanying character is based on mature high-performance hardware and operation system;3d real scenes of famous running scenes in the world are put on a running machine based on the high-performance operation system; and the user can perform real-time interaction with the scenes. In theinteraction, unique stature is generated based on the age, the body height, the body weight and the gender of the user for a character image, so that each user has a unique identity in the interaction of the running machine, namely, better interactive and social experience is generated.

The embodiment of the present invention provides a video shooting method, a video playing method and an intelligent glasses, which can obtain the video data of different viewpoints and the audio data of different sound channels via two camera shooting devices and two recording devices separately, so that the 3D video real-time shooting is realized. Because the installation positions of the camera shooting devices correspond to the eyes, the installation positions of the recording devices correspond to the ears, the video shot by the video shooting method, the video playing method and the intelligent glasses of the present invention enables viewers to have the feeling of being personally on the scene, and is more real. The video shooting method, the video playing method and the intelligent glasses of the present invention can carry out automatic focusing shooting on the surrounding photographic field, so that the shot pictures can form the 3D video. The video shooting method, the video playing method and the intelligent glasses of the present invention can send the video-audio data real-timely, so that users can enter a remote virtual scene at any time to obtain the viewpoint position information or video focus information of the current user, thereby realizing the 3D video real-time interaction really.

The invention is suitable for the field of communication, provides a navigation method, device and system, and aims to solve the problem that the prior art fails to support navigation functions of multiuser real-time interaction and sharing path planning. The method comprises the steps that a server obtains a real-time navigation map sent by a first terminal, wherein the real-time navigation map comprises position information of a plurality of marked points; in the real-time navigation map, a navigation path which starts from the position of a starting point, passes the position of a middle point and reaches the position of an end point is formulated according to the position information of the marked point; the real-time navigation map containing the navigation path is sent to the first terminal and a second terminal. According to the technical scheme of the navigation method, device and system, the navigation path is formulated through the server according to the marked points, and the real-time navigation map containing a navigation path is sent to the first terminal and the second terminal to achieve the navigation functions of real-time interactions and sharing path planning among multiusers.

The invention relates to an ADAS automatic test system and method, an ADAS system and test management software are managed by an automatic test management unit in a unified manner, and simulation scene software and the ADAS system are connected through a hardware board card and comprise CarMaker software and a Simulink model; a virtual vehicle dynamics model is provided through CarMaker software;Virtual sensor and virtual scene, related data is sent to the Simulink model; the Simulink model directly sends related data to the ADAS system through a hardware board card, an ADAS automatic test management unit is added to the Simulink model to achieve unified management of test scenes and test dynamics software, and connection, real-time interaction and convenient operation are achieved through the Simulink software.