404 results about "Interactive processing" patented technology

Methods and media are provided for backing up data stored in one or more network-communications devices that are located in a geographic area distinct from where the backup data is to be stored. System threads for performing interactive processing to initiate an automatic scheduling procedure and job queue using a producer thread, a trending thread for retrieving and monitoring system performance factors, a foreman thread for monitoring the system performance factors for determining when an assignment is performed, one or more worker threads capable of remotely extracting backup data from network equipment, determining and recording informational logs regarding a performed backup, and sending informational traps to a surveillance manager.

A method and apparatus for capturing image and sound during interactivity with a computer program is provided. The apparatus includes an image capture unit that is configured to capture one or more image frames. Also provided is a sound capture unit. The sound capture unit is configured to identify one or more sound sources. The sound capture unit generates data capable of being analyzed to determine a zone of focus, at which to process sound to the substantial exclusion of sounds outside of the zone of focus. In this manner, sound that is captured and processed for the zone of focus is used for interactivity with the computer program.

A system is described which provides the capability for high-level extensible scripting language interpreters to incorporate and employ Web browser plug-ins as components within script-based programs. A script interpreter extension is described which simulates the plug-in API interface of a Web browser, from the point of view of the browser plug-in, to allow program scripts to cause browser plug-ins to be launched and manipulated, in a manner similar to the scripting platform's native widgets, from within the executing program script. This system allows embedded external program objects to be used to display and enable interactive processing of embedded data objects.

The invention provides a data interactive processing method of an online transaction system and a bank system. The online transaction system comprises a third-party pavement platform. The method comprises the following steps: the user submits a loan request according to the user transaction price data transferred in the third-party pavement platform; the online transaction system converts the transaction price data into loan warranty information according to the request and sends the loan warranty information to the bank system; the bank system generates the loan information of the user according to the loan warranty information and converts the loan information of the user into the loan of the amount corresponding to the load information to the account of the user, and the account of the user includes the account of the user in the third-party pavement platform or the correlative bank account. The data interactive processing method of an online transaction system and a bank system can satisfy the online load requirement of the user, guarantee the high coupling of the user credit data and the loan data with the processing of the bank system, increase the accuracy of the credit evaluation of the bank and guarantee the interactive real-time performance, and enables the user to obtain better operating experience.

The invention discloses a real-time location method and a system based on radio frequency identification of a mobile communication terminal. A transmitting function of a radio frequency identification locating signal extends in the mobile communication terminal, a reading function of the radio frequency identification locating signal is realized in an identification locating reader, the mobile communication terminal is communicated with the identification locating reader through wired and wireless communication networks and a network server, by adopting subcarrier modulation, direct sequence spread spectrum, code division multiple access, time division collision prevention and multi-system parameter calibration technologies, the interference between a multipath signal and multiple terminals of multiple readers, and the interference of the other wireless communication system can be effectively inhibited, the remote high-precision radio frequency identification location is realized, and the network server is utilized to carry out distributed interactive processing fusion of data information and network dynamic optimization configuration of communication parameters, so that the convenient, reliable, economic and flexible real-time location service application based on the mobile communication terminal can be provided for a user.

A system is described which provides the capability for high-level extensible scripting language interpreters to incorporate and employ Web browser plug-ins as components within script-based programs. A script interpreter extension is described which simulates the plug-in API interface of a Web browser, from the point of view of the browser plug-in, to allow program scripts to cause browser plug-ins to be launched and manipulated, in a manner similar to the scripting platform's native widgets, from within the executing program script. This system allows embedded external program objects to be used to display and enable interactive processing of embedded data objects.

An apparatus for managing database logs provides more efficient system operations. An interactive processor operates a database through interactive processing in response to transaction requests inputted. A batch processor operates the database through batch processing in response to a batch request comprising a series of batch instructions. A log storage unit stores database logs in a time series. A log acquisition unit stores in the log storage unit a transaction log indicating the transaction every time when the interactive processor operates the database while the batch processing is not performed. And after the batch processor starts the batch processing, the log acquisition unit stores a checkpoint log indicative of the execution of the batch processing in the log storage unit.

The invention discloses a virtual person-based multi-mode interactive processing method and system. A virtual person runs in an intelligent device. The method comprises the following steps of awakening the virtual person to enable the virtual person to be displayed in a preset display region, wherein the virtual person has specific characters and attributes; obtaining multi-mode data, wherein themulti-mode data includes data from a surrounding environment and multi-mode input data interacting with a user; calling a virtual person ability interface to analyze the multi-mode data, and decidingmulti-mode output data; matching the multi-mode output data with executive parameters of a mouth shape, a facial expression, a head action and a limb body action of the virtual person; and presentingthe executive parameters in the preset display region. When the virtual person interacts with the user, voice, facial expression, emotion, head and limb body fusion can be realized to present a vividand fluent character interaction effect, thereby meeting user demands and improving user experience.

The systems and methods dislcosed facilitate real estate transactions. The systems and methods preferably allow a participant in a real estate transaction process to create, access, and modify the content of property files associated with parcels of lands. The systems and methods preferably allow a user to administer access rights to access and modify the content of portions of the property files. The systems and methods preferably allow various participants in the real estate transaction process to integrate content into one or more portions of a property file.

The invention discloses a cerebral palsy child rehabilitation training method based on a Kinect sensor. The method comprises the following steps: S1, acquiring skeleton point data of a child; S2, carrying out limb movement training and judging the tilting angle and uplifting angle of skeleton points of the child, wherein after the child conducts a movement, the movement of the child is captured, and the tilting angle and uplifting angle of the joint points of the head, the upper limbs and the lower limbs are judged; S3, carrying out robust interactive processing on the movement of the child; S4, connecting a game engine and sending child skeleton data obtained after robust interactive processing in the step S3 to the game engine; S5, feeding back the movement of the child in a voice mode to remind the child of non-standard movements and encourage the child to conduct standard movements; S6, estimating the progress of rehabilitation training of the child. According to the method, the movement behavior characteristics of the child in training are acquired based on microsoft Kinect, so that the cardiovascular endurance, muscular endurance, muscular force, balance and flexibility of the child are comprehensively developed.

The invention discloses a height and direction adaptive service robot and an adaptive method. The adaptive method comprises an adaptive interactive body direction sensing method, an adaptive interactive body position sensing method and a height adaptive method; and a sensing unit, a processor unit and a movement unit are combined, and the robot can adaptively sense the direction, position and height of an interactive body when interacting with a person or an environment, and is adaptively adjusted correspondingly. Adaptive active height adjustment of the robot can be realized, the number of users of the robot is increased effectively, and interaction comfort is improved; the circumstance that in the original low-grade interaction mode, the interactive body needs to adapt to the robot and find the robot is changed; and by an interface which communicates with a server, interactive processing service of the robot can be dynamically adjusted to the server, requirements on performance of the processor unit of the robot can be reduced effectively, and service function features of the robot are enriched.

Disclosed are a workflow engine architecture method and system based on an interactive dynamic flow diagram. The method comprises the steps of receiving processing instructions of flow process instances; obtaining workflow process definition data and first kinds of flow process business data corresponding to the flow process instances from workflow data banks; converting the workflow process definition data and the first kinds of flow process business data into flow process instance workflow diagrams for displaying according to preset corresponding relations between flow process business nodes and the flow process definition data; receiving business operation instructions; and using the flow process business data processed by the business operation instructions to update the first kinds of flow process business data in the workflow data banks. According to the technical scheme, the first kinds of flow process business data can be checked and the flow process business data can be subjected to relevant processing directly on the flow process instance workflow diagrams, interactive processing of the workflow diagrams is achieved, the method and the system are convenient and rapid, and the workflow processing efficiency is improved.

A magnetic resonance (MR) imaging system equipped with real-time imaging capability and method of interactively prescribing image contrast are disclosed herein. The MR imaging system includes a sequence controller for constructing MR imaging pulse sequences and a waveform memory for storing waveform segments. The MR imaging system allows an operator to interactively prescribe image contrast mechanism prior to and/or during real-time imaging. The use of image contrast waveform segments, only as needed, minimizes unnecessary MR scan time.

The invention relates to a method, devices and a system for transmitting and processing an optical-fiber network. The method comprises the following steps: receiving a type identifying message sent bydown equipment; analyzing and obtaining type identifying codes from the identifying message; identifying a data transmission type supported by the down equipment; and carrying out data transmission according to the data transmission type. One device of the invention comprises an analyzing and obtaining module for executing the method, a type identifying module and an interactive processing module, while the other device comprises a type reporting module used for setting and sending the type identifying codes in the identifying message so as to indicate to carry out the data transmission aftertype identification. The system comprises an optical link terminal and at least two optical-fiber network units which are connected with the optical link terminal through optical fibers, wherein theoptical link terminal can be the first device, and the optical-fiber network units can be the second device. The invention can realize the upgrading or the expansion of the network and protect the investment of the prior network equipment, reduces the reconstruction cost and is easy for popularization and application.

This invention discloses a process method and a system for service interaction including: a first service process node sends a service trigger message to a second service process node based on execution of the current service, which processes and controls the service correspondingly according to the service trigger message, in which, service process nodes can control call of service flexibly in the process of call and regulate services having been called.

A method and apparatus for capturing image and sound during interactivity with a computer program is provided. The apparatus includes an image capture unit that is configured to capture one or more image frames. Also provided is a sound capture unit. The sound capture unit is configured to identify one or more sound sources. The sound capture unit generates data capable of being analyzed to determine a zone of focus at which to process sound to the substantial exclusion of sounds outside of the zone of focus. In this manner, sound that is captured and processed for the zone of focus is used for interactivity with the computer program.

The invention relates to an interactive type data glove, and belongs to the technical field of man-machine interactive devices. The interactive type data glove comprises a 9-axis inertial sensor for acquiring three-dimensional angle velocity, three-dimensional acceleration and three-dimensional magnetic vector of each joint of a human hand, a touch sensor for acquiring touch force, a piezoelectric touch driver for feeding back force situation, a microprocessor for processing three types of sensor information in real time, a wireless transmission module for data transmission, and a main control terminal for displaying a virtual hand model and interactive processing. The data glove is strong in system adaptability, convenient to wear, capable of completely and rapidly acquiring motion information and touch information of the palm and each finger in real time, further realizing force interaction, carrying out remote transmission and direct display, and applicable to multiple fields such as man-machine interaction, teleoperation, upper limb recovery monitoring.

The invention provides a man-machine interactive system and method. The man-machine interactive system comprises image obtaining equipment, man-machine interactive processing equipment and display equipment, wherein the image obtaining equipment is used for obtaining image data; the man-machine interactive processing equipment is used for determining interactive operation which users want to conduct according to multiple types of actions and gestures, detected in the image data, of the users; the display equipment is used for displaying a display screen corresponding to results of the interactive operation. According to the man-machine interactive system and method, the man-machine interactive operation can be conducted by combining multiple movement detecting modes, and therefore under the situation that an additional input device is not needed, ambiguity of man-machine interactive operation recognition is reduced, and accuracy of the man-machine interactive operation is improved.

The invention provides a method and a system for extracting a target object in a projection picture. The method comprises the steps of: obtaining a projection image of a projector, and generating a projection prediction image of the projection image, with respect to a projection surface based on a preset position conversion relationship and a pixel value conversion relationship; acquiring a display image displayed on the projection surface through a photographing device; comparing a difference between the display image and a pixel value of a pixel point at the same position of the projection prediction image, and extracting pixel points with the difference value in the display image greater than a preset threshold value so as to obtain a target object. According to the invention, the target object can be extracted from the projection picture precisely. The invention also provides a projection interaction method and system, which can efficiently improve interactive processing efficiency during the projection.

The invention discloses a multi-modal interactive processing method and system based on a virtual person. The virtual person runs on a smart device. The method includes the following steps that when the virtual person is in a wake-up state, the virtual person is displayed in a preset display area, and the virtual person has an appearance and attributes of a particular star character; multi-modal input data are acquired; a virtual person capability interface is called for parsing the multi-modal input data to obtain a multi-modal interaction intention of a user interacting with the star character; according to the respondence of social attributes, personality attributes and character skills of the star character to the multi-modal interaction intention, multi-modal data that match with theintention are determined; fan interaction skills that match with the intention are opened, and the multi-modal data that match with the intention are output. The method and system are not limited to online or offline scenarios, can achieve the multi-modal interaction between the virtual star and the user, can better meet user requirements, increase the interaction form between the virtual person and the user or star fans, and improve the user experience.

The invention provides paperless conference system and method based on internal working automation. A conference server device, a number of conference end devices, a number of customer service end devices, a number of secretary end devices, a number of electronic table card devices and a number of image acquiring and outputting devices. The conference server device provides data encryption storing, interactive processing and interface on screen outputting. Each conference end devices provides the functions of attendance, voting, questionnaire, conference data viewing, video synchronization and call service. Each customer service end device responds to the service call of a participant. Each secretary end device is provided with conference type, data inputting, control video connection, statistical statement checking and conference hall music controlling. Each electronic table card device displays the participant name, and has the functions of conference data querying, call service and desktop OA connection. Each image acquiring and outputting device provides high definition video inputting and projection outputting. The system and the method realize full range conference document processing, and have the characteristics of high security, simplified steps and high efficiency.

The invention belongs to the technical field of medical images and provides an interactive method for 3D medical image/graphic display and a system thereof. The method includes selecting an interactive processing range through controlling a bounding box in a 3D medical image/graphic display scene; applying the range delineated by the bounding box to the 3D medical image/graphic display processing to obtain the corresponding local display result; and outputting the local display result to a segmentation algorithm and exerting corresponding segmentation processing. Therefore, local display for regions of interest and regions of space under a display mode is achieved.

The invention discloses a method and equipment for discarding SDUs (service data units) under a radio link control unacknowledged mode (RLCUM). The method comprises the following steps: an RLC entity receives the SDUs sent by an upper layer, and records the time point for receiving the SDUs; the RLC entity detects the received SDUs which are not sent; and if the difference between the current time and the time point for receiving the unsent SDUs exceeds the corresponding time length set by a discard timer, the unsent SDUs are discarded. In the embodiment of the invention, the RLC entity initiatively judges whether the SDUs are discarded according to the time point for receiving the SDUs and the time length set by the discard timer, thus avoiding frequent interaction of SDU discard instructions between the RLC entity and a PDCP (packet data convergence protocol) entity or interaction of the situations for sending the SDUs, reducing memory expenditures and interactive processing expenditures between layers, and improving processing efficiency.

The invention provides a lightning arrester operation analog simulation system. The lightning arrester operation analog simulation system mainly comprises a data processing center, a data interactive processing interface module, a human-computer interface, an optical fiber data communication module, a power supply control measurement module, a harmonic wave power module, a power frequency high-voltage power module, a voltage divider, a high-voltage lightning arrester, a temperature and humidity measuring module, a lightning arrester resistive current precision measurement module and a SO2 environmental testing module. The data processing center, the human-computer interface and the data interactive processing interface module perform operation through a computing control platform, a host machine of the computing control platform is an industrial control computer and is provided with an optical fiber conversion module, and the host machine of the computing control platform is respectively connected with the power supply control measurement module, the lightning arrester resistive current precision measurement module and the SO2 environmental testing module through the optical fiber conversion module. In functional roles, the system can simulate joint effects of double factors including an electrical characteristic and a natural environment to simulate operation condition of an actual electric power system lightning arrester.