74results about How to "Simple interaction" patented technology

The present invention relates to a technology for terminal equipment configuration management of a communication system, and embodiments of the present invention disclose a configuration management method and system for a customer premises equipment, which enable simpler interaction between a CS and CPEs in the case of batch configuration management on the CPEs. In the embodiments, a uniform file interaction interface is used, and a file server is provided as an intermediate for the interaction of configuration files; a uniform XML-based configuration template is used to embody therein configuration items common to the same type of CPEs, and personalized data of each CPE is further incorporated to generate a personalized configuration file for the CPE. Respective elements of the configuration file are also specified comprehensively. Furthermore, two methods for validation of the configuration are proposed respectively based upon the TR069 and the SNMP.

The invention provides a public information intelligent analysis platform based on big data analysis and mining. The public information intelligent analysis platform comprises a big data preprocessing module, an intelligent analysis module and an information presentation module. The big data preprocessing module is used for storing and preprocessing enterprise information via a clouded mode. The intelligent analysis module is used for performing event cause and effect analysis, assessment of the overall situation of the company and future trend prediction and returning analysis results to an upper layer by comprehensively utilizing the preprocessed data according to data analysis tasks transmitted by the upper layer. The information presentation module is used for generating the data analysis tasks to the intelligent business analysis module and receiving the returned results, presenting the analysis results of the intelligent analysis module and providing an operation interface to a user. Intelligent analysis is performed on mass data in enterprise operation by adopting a clustered computing method via flexibly establishing and configuring analysis models so that problems of poor real-time performance, high effectiveness and interactivity of a conventional data processing method are solved, the user is assisted to perceive the enterprise situation in real time and thus enterprise management efficiency and business processing level are enhanced.

The invention discloses a digital Bianzhong-of-Marquis-Yi-of-Zeng interactive system based on immersive virtual reality equipment. The digital Bianzhong-of-Marquis-Yi-of-Zeng interactive system is achieved through a head-mounted display, a stereo headphone, wireless control handles, laser locators, a computer and matched virtual reality software. The stereo headphone is connected with the head-mounted display, the matched virtual reality software is installed in the computer, and the wireless control handles and the laser locators are interacted with the head-mounted display. Through the head-mounted display, a visitor can directly observe a Bianzhong at a first-person perspective of the visitor, and the immersion feeling is higher; the visitor can also freely walk in virtual scenes in cooperation with the laser locators, the Bianzhong is observed from any position angle, and the observation mode is more natural. The wireless control handles are matched with the laser locators, the visitor can be interacted with the Bianzhong in the virtual scenes, and the interactive mode is simple and natural.

Disclosed are application devices, interaction method and system for data between application devices and a server. The interaction method for data between the application devices includes receiving a first call request which includes information of a first interface of a to-be-called second application device and is sent from a first application device, judging whether the first application device is authorized to call the first interface of the second application device or not and then transmitting the first call request to the first interface of the second application device if determining that the first application device is authorized to call the first interface of the second application device, and finally receiving data fed back from the first interface of the second application device and then sending the data to the first application device. According to the scheme, effective resource share and data interaction between the application devices are achieved, and thus, convenience is brought to developers, maintainers and operators.

The invention discloses multi-touch system and method in the technical field of computer vision. The method includes: establishing spatial correspondence between a Kinect camera and a projection screen; allowing a computer to preprocess an image captured by the Kinect camera; extracting a hand image from the preprocessed image; acquiring coordinates and directions of fingers in the hand image by finger contact detection algorithm; tracking finger contacts by minimum distance first algorithm; recognizing the finger contacts by means of template matching to obtain corresponding operational information of the finger contacts; and transmitting the operational information to the computer which analyzes the operational information and controls corresponding operations for the image in the current screen according to analysis results. Man-machine interactive multi-touching is achieved by the Kinect camera detecting acts of human fingers on the projection screen, and replaces the mouse and keyboard, and the operation is well performed in a real-time manner. The projection screen needs to be planar only, and adaptability of screen operation is increased greatly.

The invention discloses an arousing method and device for an intelligent robot. The arousing method for the intelligent robot comprises the following steps that illumination intensity information, sound intensity information and object moving information in an environment where the robot is located are collected through an optical sensor, a sound sensor and a pyroelectric sensor correspondingly; the collected information is compared with preset values, and state information is obtained; when the added value of the sound intensity is higher than the arousing threshold value, and the object moving information reaches the first preset value, the robot is aroused; and when the weakened value of the sound intensity is higher than the dormancy threshold value, and the object moving information reaches the second preset value, the robot enters a dormancy state. By means of the arousing method and device for the intelligent robot, the robot can be intelligently aroused or made to enter the dormancy state, the intelligence degree is high, energy is saved, the working time of the robot is prolonged, and an interaction manner is simple; and meanwhile, a touch module or a key module does not need to be arranged, a user experience is improved, and the service life of the product is prolonged.

A method and apparatus are provided for enhancing the local dynamic range of an image using the contents of exposure bracketed image set without affecting overall dynamic range of the image. The method allows a user to select at least one region of a reference image for enhancement after receiving the reference image from the user. Further the method comprises segmenting the reference image by using exposure weights, and selects an enhancement support image from an exposure bracketed image set. Furthermore the method determines weight maps of reference and enhancement support images and generates dynamic range enhanced reference image using determined weight maps.

An embodiment of the invention provides a big data intelligent analysis system. The system comprises a big data platform used for storing and receiving collected big data, a big data preprocessing module used for preprocessing the collected big data, an intelligent analysis module used for performing big data analysis according to a received instruction and performing event causal analysis by comprehensively utilizing the data provided by the big data preprocessing module, and an information display module used for generating a data analysis task, transmitting the data analysis task to the intelligent business analysis module and receiving a result returned by the intelligent analysis module, wherein the preprocessing is used for realizing load balancing, resource virtualization and distributed data storage management. Through an interactive visualization technology, analysis and evaluation results of enterprise information and various detail data are hierarchically subjected to comprehensive and real-time display. By applying the system, the problems of relatively poor timeliness, efficiency and interactivity of a conventional data processing method are solved.

The invention provides a satellite universal testing system data interaction method comprising steps that a testing service system and a testing terminal establishes an interactive service link; and a master control terminal sends an interaction request to the testing service system. Compared with a method in the prior art, the satellite universal testing system data interaction method has beneficial effects of being good applicability and universality, standardizing an internal data interaction way of a satellite testing system, being capable of guiding testing design and research and development of a software data communication part, and greatly increasing a testing system development efficiency; making a conventional testing server be a master control service layer and a data processing service layer, reducing the coupling degree of data communication interaction and data processing, achieving a concise internal data interaction way of the satellite testing system.

The invention discloses a page browsing method. The method comprises the steps that in the page browsing mode, whether a mobile terminal is in a holding state or not is detected; angular variation parameters, relative to the reference direction, of the mobile terminal is detected; if the angular variation parameters meet the preset control condition, a control command corresponding to the control condition is obtained; the control command is executed, and the browsed page is correspondingly controlled. The invention further discloses a mobile terminal and a computer readable storage medium. Accordingly, the interactive mode of a user and the mobile terminal is greatly simplified, the problem that when the user using the mobile terminal for browsing a page, the control method is complex is solved, and the user experience is improved.

The invention discloses a virtual reality interaction method on one hand. The method comprises the steps of shooting a reference image comprising user eye pupils; locating the position of the eye pupils in the reference image; based on a mapping relationship between the reference image and a coordinate system of a target screen, determining a watching position of the user eye pupils on the targetscreen; and if the watching position is located in an operable region, judging whether a watching state of a user meets a preset condition or not, and if the preset condition is met, executing corresponding interaction operation. The invention furthermore discloses a virtual reality interaction apparatus on the other hand. By tracking the watching position of the user on the target screen, the interaction operation is realized, so that the problems of complex operation and low interaction efficiency caused by frequently rotating the head of the user for performing virtual interaction are avoided; and a sight line-based interaction mode is simple and efficient, so that the user burden can be reduced and the user experience can be improved.

A device for orienting and feeding capsules (C) in a beverage producing machine, comprising: a container (7) receiving randomly oriented capsules (C); a rotor (9), rotatable around a rotation axis (A-A) and at least partly arranged in said container (7), said rotor being provided with at least one peripherally arranged capsule-receiving seat (9S), shaped to pick up a capsule (C) oriented in a univocally determined orientation; a capsule unloading duct (17), with a duct inlet (17A) arranged in said container (7) and extending outside said container (7); wherein said rotor is arranged to rotate around said rotation axis (A-A) such to, during use, lift a capsule (C) towards a position above the duct inlet (17A), the capsule-receiving seat (9S) being arranged to release capsule (C) under the influence of gravity from said above position into said duct inlet (17A).

The invention discloses an intelligent auxiliary device and method for travelling of blind people. The intelligent auxiliary device comprises a voice module, a recognition module, an obstacle detection module, a navigation module and a message processing module. Compared with a conventional blind people guidance system, the intelligent auxiliary device disclosed by the invention provides necessaryguidance information and obstacle avoiding information, wherein the obstacle detection module not only can detect smaller obstacles on the ground and obstacles hanging in the air, but also can detectlarger obstacles on the ground, besides, can forecast the width information of the obstacles, and can provide precise data for the blind people to avoid the obstacles; and besides, recognition for traffic signs is increased, so that the situation that the blind people travel safely can also be guaranteed.

The invention provides an automatic injecting interface. A receiving interface is connected with a receiving platform; an output interface is connected with an output platform; one end of a tapered butt joint of the receiving interface is provided with an opened tapered outward-flared part, and the other end of the tapered butt joint is provided with a guide pipe; the guide pipe is connected with an injection storage device; a receiving interface controller is in communication with a receiving platform computer and controls a sealing switch to drive a seal for sealing the guide pipe so as to seal injection; auxiliary butting devices of the output interface are arranged at the two sides of the head of an output pipe; the head of the output pipe is subjected to spherical treatment and is internally provided with a pressure sensing device; when both the two sides of the head of the output pipe are pressed, accurate butting is achieved, and then an inner layer sleeve driver drives a hollow cylindrical inner layer sleeve inside the output pipe to extend into the receiving interface so as to form stable connection. The automatic injecting interface is simple in information interaction mode, the control accuracy requirement during butting can be lowered, and meanwhile, the automatic injecting interface has a disturbance resisting capability and is capable of automatically injecting fluids between platforms.

The invention discloses a map drawing method and system, a terminal and a storage medium, and relates to the technical field of map drawing. The method comprises the steps of: responding to a click event on a new image layer, forming drawing points at a click position, automatically generating a straight line segment according to the generation sequence of the drawing points to form an initial line segment, and moving the drawing point or a to-be-moved point on the initial line segment to enable the drawing point or the to-be-moved point on the new image layer to correspond to a pre-drawing position on an in-situ image layer; moving one of the start point or the end point to merge the start point or the end point to form a closed area or drawing at least one initial line segment and an original initial line segment to form a closed area; and covering the pre-drawing corresponding area of the in-situ image layer with the closed area drawn by the new image layer. The invention further comprises a system for drawing piled soil and a device which is provided with the system and can use the method. According to the method, system, terminal and storage medium of the invention, the difficulty of making geographic information data is reduced through a graphical interface.

A direct volume rendering method based on a transfer function with a two-dimensional image being an interactive interface comprises the following steps successively: (1) taking the two-dimensional image obtained based on three-dimensional data as the interactive interface; (2) selecting regions of interest and marking the regions of interest, generating a corresponding marking movement every time one region of interest is marked, and recording corresponding parameters as data characteristic information; (3) packaging the data characteristic information in the step (2) to form a data characteristic information structure body, and establishing a data information management unit based on the data characteristic information structure body; (4) generating the transfer function based on the data characteristic information according to the data information management unit in the step (3); (5) generating a two-dimension texture based on the transfer function in the step (4); and generating a reconstruction image with the two-dimension texture in the step (5) being as a classifier. According to the method, the two-dimensional interface serves as the interactive interface, so that the user interaction interface is visual and easy to understand; user interaction object is clear, and convenient operation and high efficiency are achieved.

The embodiment of the invention provides an information display system of big data. The system includes: an information storage module, which is used for storing and receiving the already-collected big data; a big-data preprocessing module, which is used for preprocessing the already-collected big data, wherein preprocessing includes normalization, filtering and clustering; an intelligent analysismodule, which is used for carrying out analysis of the big data according to a received instruction, and comprehensively utilizing the data, which are provided by the big-data preprocessing module, for event causality analysis; and an information display module, which is used for generating a data analysis task, passing the same to the intelligent service analysis module, and receiving a result returned by the intelligent analysis module. The analysis and evaluation result of enterprise information and various types of detailed data are hierarchically and comprehensively presented in real time through visualization technology which is capable of interaction. By applying the embodiment of the invention, the problem that real-time performance, high effectiveness and interactivity of traditional data processing methods are poorer is solved.

The embodiment of the invention provides an intelligent transportation big data processing system. The system comprises a big data platform, a big data preprocessing module, an intelligent analysis module and a data processing system module, wherein the big data platform is used for storing and receiving collected big data; the big data preprocessing module is used for preprocessing the collectedbig data, and preprocessing is used for realizing load balance, resource virtualization and distributed data storage management; the intelligent analysis module is used for analyzing the big data according to a received instruction and performing event casual analysis by comprehensively utilizing the data provided by the big data preprocessing module; and the data processing system module is usedfor generating a data analysis task, transmitting the data analysis task to the intelligent service analysis module and receiving a result returned by the intelligent analysis module, and an analysisassessment result and all types of detailed data of enterprise information are displayed hierarchically and comprehensively in real time through an interactive visualization technology. Through the embodiment, the problems of poor instantaneity, efficiency and interactivity of a traditional data processing method are solved.

The invention discloses a control method and control device for an electronic whiteboard. The method comprises following steps: detecting whether or not the intelligent pen writing function of the electronic whiteboard is triggered; if the intelligent pen writing function is triggered, then the operation status of the electronic whiteboard is adjusted to the writing state and recording the condition of the electronic whiteboard before adjustment; if the obtaining of information of writing interruption excesses a preset duration, then adjusting the operation state of the electronic whiteboard to the recorded condition of the electronic whiteboard before adjustment. By means of the above method, when a user executes the writing operation, operation state switching can be automatically carried out by the electronic whiteboard.

The invention provides a big data intellectualized processing system. The big data intellectualized processing system comprises a big data platform, a big data preprocessing module and an intelligentanalysis module, wherein the big data platform is used for storing already-collected big data, the big data preprocessing module is used for preprocessing the already-collected big data, preprocessingis used for achieving load balance, resource virtualization and distributed data storage management, the intelligent analysis module is used for analyzing big data according to a received instruction, comprehensively utilizing the data provided by the big data preprocessing module to analyze the cause and effect of events, obtaining an application service request of a user, determining a processing algorithm corresponding to the application service request, using the processing algorithm corresponding to the application service request and a representing learning module to obtain high-dimension vectors of the analysis of the cause and effect of the events, and adopting a neural network to process the high-dimension vectors. By means of the big data intellectualized processing system, theproblems that a traditional data processing method is poor in real-time performance, efficiency and interactivity are solved.

The invention discloses a selective image stylizing method based on nonlinear filtering, which is characterized by comprising the following steps of: (1) simple user interaction; (2) nonlinear filtering; (3) line extraction; and finally output of images which harmoniously combining senses of reality and unreality. In the method, nonlinear diffusion filtering is improved by the following steps of: 1. combining nonlinear diffusion filtering with bilateral filtering; 2. adding a stylizing level control item in an equation; and 3. combining isotropic filtering with anisotropic filtering, so that the nonlinear diffusion filtering can be more suitable for the application of selectivity stylizing. The invention also has the advantages of providing a new artistic style which is an artistic effect of harmonious combination of real objects and stylized scenes, ensuring that a greater contrast is formed between a foreground and a background for giving prominence to the theme of pictures, and being capable of simulating the effect of changing the depth range of fields of a camera.

The invention belongs to the technical field of data processing, and discloses an information display method and system based on a big data platform. The information display system based on the big data platform comprises an input module, a data mining module, a data preprocessing module, a central control module, a clustering module, a semantic feature extraction module, a verification module, a data screening module, a data fusion module, an analysis module, a display parameter setting module, a data storage module and an information display module. According to the information display system based on the big data platform, data cleaning and duplicate removal are carried out through data preprocessing, the effectiveness of a display result is guaranteed, meanwhile, the processing efficiency of the system is improved, and the processing time is shortened. Meanwhile, the correlation of the data is ensured through clustering analysis and secondary verification, excessive irrelevant content is avoided, display modes can be selected based on user preferences and settings, a simple and visual interaction mode is provided, and the user experience degree is improved.

The invention discloses a cellphone-sensor-based data interaction transfer method, comprising: extracting a user's action information, sensing time information and positional information; judging the different users' action information, sensing time information and positional information; judging whether sensing time information error exceeds a preset value or not; if yes, judging that there are not same actions; if not, judging whether the positional information exceeds a preset value or not; if yes, judging that there are no same actions; if not, judging that there are same actions; feeding back to the user, personal information of the opposing party. The invention also discloses a cellphone-sensor-based data interaction transfer system, comprising an information extraction module, an information judging module, a sensing time information judging module, a positional information judging module and a personal information feedback module. The interactive mode provided herein is simple, information extraction modes are diverse, data interaction is still available even if there is no network connection, and interaction smoothness and information security are guaranteed.