279 results about "Interaction layer" patented technology

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.

A modular quantum computer architecture is developed with a hierarchy of interactions that can scale to very large numbers of qubits. Local entangling quantum gates between qubit memories within a single modular register are accomplished using natural interactions between the qubits, and entanglement between separate modular registers is completed via a probabilistic photonic interface between qubits in different registers, even over large distances. This architecture is suitable for the implementation of complex quantum circuits utilizing the flexible connectivity provided by a reconfigurable photonic interconnect network. The subject architecture is made fault-tolerant which is a prerequisite for scalability. An optimal quantum control of multimode couplings between qubits is accomplished via individual addressing the qubits with segmented optical pulses to suppress crosstalk in each register, thus enabling high-fidelity gates that can be scaled to larger qubit registers for quantum computation and simulation.

Disclosed herein is a computer implemented method and system for enabling real-time synchronous group interactions among participants in a virtual discussion forum. The virtual discussion forum may be a web seminar, an online conference session, an online debate, an online learning session, etc. A virtual interaction platform comprising a synchronous media layer, an interaction layer, and a reporting, archiving, and analysis layer is provided to the participants. The virtual interaction platform enables synchronous group interactions among the participants by introducing discussion issues for the virtual discussion forum. Media content related to the discussion issues is synchronously rendered to the participants. The virtual interaction platform enables the participants to interact with each other and respond to questions, polls, etc. posted in the virtual discussion forum. The virtual interaction platform determines group behavior by analyzing participants' responses and interactions and displays participants' group behavior by visually representing individual and group traits.

A system provides coordinated, simultaneous unicast (e.g. for control and instructions) and multicast (e.g. streamed content) exchange of information to control and deliver media content such as movies, video games, sports, and the like. An interaction layer or client-side application may be employed to identify user interaction, which may, in turn, dictate what multicast streams are tapped or what unicast stream or streams will be sent to effect a desired change in the rich media for movie or video entertainment, gaming, and the like. Unicast streams may be used in place of a multicast stream, relying on the uniqueness of sending distinct streams to a client application for synchronous, concurrent playback, providing advantages in file transfer, streaming speed, error correction, and presentation quality. Any rich media, individually or collectively may have separate “tracks,” to be sent separately from a server and synchronized on the client side.

The invention discloses a mobile phone unlocking system and method based on palm image information, mainly solving the problems of easy forgetting and easy cracking in the traditional mobile phone unlocking mechanism. The mobile phone unlocking system comprises a user registering module, a user identity authentication module, a palm information characteristic library, an interaction layer and a screen control module. a user interacts with the user registering module through the interaction module, shoots a new user palm photo, and finds characteristic information of dactylus prints and palm prints to be stored in the palm characteristic information base for registering through extracting an interest region on the palm photo; the user identity authentication module is interacted with the screen control module during unlocking, a camera is automatically started for shooting the palm photo, the palm characteristic information is extracted and is compared with the characteristic information in the palm characteristic information base for matching, unlocking is carried out if the matching is successful, and the locking state is continuously kept if the matching fails. The system and method disclosed by the invention fully utilize the advantages of difficulty in forgetting and counterfeiting and convenience for carrying of biological characteristics, and has the advantages of high safety and good usability.

The embodiment of the invention provides an application development system, an operation method, equipment and a storage medium, and the system comprises: an interaction layer which is used for providing an operation interface, transmitting a creation request triggered on the operation interface to a development layer, and receiving and displaying a completed micro-service, wherein the creation request is used for requesting to create a micro-service of a to-be-developed business item; the development layer that is used for generating a calling request according to the microservice and sendingthe calling request to the intermediate layer so as to call the target intermediate component, and further, in the micro-service framework, a completed micro-service of the business item is created by utilizing the target intermediate component; the middle layer that is used for sending a calling request to the container layer to call the target container and creating a target middle component byutilizing the target container; the container layer that is used for providing at least two containers for setting up different intermediate components and feeding back a target container to the intermediate layer in response to the calling request; in this way, developers can focus on business development, and therefore the research and development efficiency is improved.

The invention proposes a visual modeling method for a distributed simulation platform and aims to provide a visual modeling method capable of lowering the development complexity of all nodes of distributed simulation. The method is realized by the following technical scheme: creating a simulation platform framework and visual modeling related components; performing distributed simulation deployment visually; dividing the simulation platform framework into an application layer, a management layer, a service layer, an interaction layer, a resource layer and a simulation model resource pool from top to bottom, wherein the management layer comprises a model interaction component and a node deployment component; generating an icon arranged in the simulation model resource pool by the model interaction component according to an interface attribute of a simulation model; seamlessly connecting logic deployment and physical deployment of simulation system nodes; automatically generating corresponding software interfaces and corresponding service components by simulation sub-nodes participating in distributed simulation through a node deployment graph; and performing visual modeling in a model interaction view to construct a visual model convenient for a user to design the simulation model interaction view.

The invention relates to a cloud service accessing gateway system and a cloud service accessing method. The cloud service accessing gateway system comprises a client side, a cloud service accessing gateway and a cloud resource server. The cloud service accessing gateway comprises three functional layers including a user interaction layer, a safety certification layer and a single sign-on layer. According to requirements on security and management of the cloud service accessing gateway system, frequent data transmission and synchronous information processing are performed among the cloud service accessing gateway, the client side and the cloud resource server, so that coordination action of cryptographic authentication and single sign-on is realized. The cloud service accessing method includes: a user of the client side logins in the cloud service accessing gateway system to get login authentication via conversation initializing units like request interaction, resolution, message audit and resource authorization; the user logins in the cloud service accessing gateway to request a cloud service; and the user logins in the cloud service accessing gateway for cloud service migration. Via forms of one-time registration, one-time login-in and multiple times of accessing, procedures for the user to use the cloud service are simplified, and great convenient conditions are provided to management of cloud resources.

The invention provides a loading and unloading handling mechanical arm for a solar cell module, and the mechanical arm provided by the invention is used for realizing the functions of loading and unloading in a solar cell module producing process. The loading and unloading handling mechanical arm is characterized by consisting of a mechanical arm mechanism I, a horizontal motion unit II, two vertical motion units III, a pallet lift mechanism IV and a frame V, wherein the mechanical arm mechanism is of an aluminum alloy frame combined structure, and is provided with a plurality of groups of sucker modules so as to realize safe handling of solar cell modules in different specifications; and the horizontal motion unit and the vertical motion units adopt servo motors as drive, and drive the mechanical arm mechanism through a synchronous cog belt and a ball screw assembly respectively to realize accurate motion positioning in horizontal and vertical directions, and the motion units of two directions can independently or simultaneously move. A position servo control system is of a hierarchical control structure formed by a human-computer interaction layer, a motion control layer and a servo control layer. The handling mechanical arm has the advantages of large working space, high positioning accuracy, small motion inertia, reliable and smooth motion and suitability for handling large-sized fragile solar cell modules in different specifications.

The invention relates to a knowledge-based workflow management system. The system comprises a process definition file, a system component library, a flow controller, an event processor, a task controller, a database interaction layer and a knowledge library reasoning machine, wherein the process definition file is defined according to the actual operation flow of a user and can be explained by a workflow engine; the workflow engine assembles a workflow instance according to the contents of the file; the system component library comprises the definitions of various components which are needed in a process definition; the components are mainly divided into marks, activities and routes; the flow controller provides various functions of initiating a flow, starting the flow, finishing the flow and terminating the flow in system flow control; and the event processor provides the definitions and system defaults of various events which are probably generated by the workflow engine in the process of executing the workflow. The process definition file can be automatically modified according to flow organization knowledge which is stored in the knowledge library in the process of constructing application, and the flow can be operated again. Therefore, the working load of system maintenance is reduced, and the cost of the user is lowered.

A system providing at least one management service, wherein the service can be accessed by a user using one of a plurality of user-interfaces, wherein a service management function provides a generic definition of the service, and a user-interface modality independent user interaction layer provides an interaction layer between the service management function and the user-interface used by the user.

The invention discloses a gateway system and a gateway method for Cloud service accounting management. The gateway system comprises a client side, a Cloud service access gateway, and a Cloud source server. The Cloud service access gateway comprises a user interaction layer, a safety authentication layer and a single sign-on layer. According to requirements of system security and management of the Cloud service access gateway, frequent data transmission and synchronous information processing are performed with the client side and the Cloud source server to realize coordination action of cryptographic authentication and single sign-on. The method includes starting; logging in Cloud gateway; logging in Cloud service to start charging; migrating the Cloud service along with charging migration; logging out the Cloud service with end of charging; and ending with charging requests. In the method, interaction of a user and the Cloud service is realized in the client side, and technological means of interactive transmission in three functional layers can be used for achieving execution efficiency and safety of the gateway system of the Cloud service accounting management.

The invention discloses a comment entity-based aspect-level emotion classification method and device and model training thereof. The model training comprises the steps of obtaining a training text comprising comment texts, different entities associated with the comment texts, aspect information and emotion information; Converting words, entities and aspects of the training text into word vector representations; combiing and representing comments in the corresponding entities and aspects based on the first interaction layer; Endowing words at different positions with different weights based onthe second position attention layer; extracting Basic words and syntactic features based on the third-layer LSTM network and the fourth-layer linear layer; And based on a fifth attention mechanism anda sixth context memory, extracting semantic features of the whole comment under the entity and aspect. The position-based attention mechanism adopted by the invention can better mine the sentiment internal relations of different words and comments under different entities and aspects, thereby obtaining a more accurate prediction result.

The disclosure provides a game screen display system and method, a storage medium and an electronic device. The system comprises a game layer, a live broadcast layer and an information interaction layer, wherein in the game layer, game contents are presented by running game software applications; the live broadcast layer is used for receiving and processing live broadcast flow data to present thelive broadcast content, when live broadcast trigger events are detected; the information interaction layer is used for receiving and processing information interaction flow data and presenting the information interaction contents when information interaction trigger events are detected. This disclosure enables the game service and the live broadcast service to be independent of each other, and allows various data to be provided from different sources and be presented in games seamlessly; therefore, users can interact with live broadcast in games in a natural and intuitive way, effectively improving the user experience.

A multi-contact tactile sensor including an elastically deformable interaction layer and a supporting layer, a lower surface of the interaction layer including an array of strip conductors and an upper surface of the supporting layer including an array of strip conductors that are not parallel to the array of strip conductors on the interaction layer. The interaction layer and the supporting layer are separated by a first series of rigid insulating spacers. A second series of conducting spacers is in contact with at least one of the two arrays of strip conductors. The impedance and dimensions of the spacers of the second series are determined to prevent contact at rest and enable local contact during deformation of the interaction layer between the spacers of the second series and the array of strip conductors of the layer opposite the spacers. A controller can control one such sensor, a multi-contact tactile screen can include one such sensor, and a keyboard including a set of discrete keys can be formed by one such sensor.

The invention provides a simulation IOT resource service system. The simulation IOT resource service system comprises an interaction layer, an engine layer and a data layer; the data layer is used for generating simulation physical data, and transmitting the simulation physical data at any time and position to corresponding IOT resources in the engine layer; the simulation physical data is used as the simulation data acquired by the IOT resources at corresponding times and positions; the engine layer is used for generating and maintaining the IOT resources; and the interaction layer is used for encapsulating the IOT resources of the engine layer, providing a uniform access inlet of the IOT resources for outside, and returning the simulation data acquired by the named IOT resources to outside. The invention further provides a corresponding simulation IOT resource service method. According to the simulation IOT resource service system and method disclosed by the invention, a huge number of simulation sensor data services can be provided; therefore, debugging or testing of IOT equipment and system to be debugged can be completed in a testing environment close to real; furthermore, a large number of real-time interaction can be carried out between the IOT equipment and system to be debugged and a simulation platform; and thus, the application field is widened.

The invention discloses a virtual debugging system based on an OPC UA industrial communication protocol. Modules of the virtual debugging system are mainly divided into a data acquisition layer, a data interaction layer and a simulation equipment layer. The data acquisition layer comprises an industrial robot, a PLC and an OPC UA acquisition module; the data interaction layer comprises a data processing module, a Redis database module and an interaction interface module; the simulation equipment layer comprises a RoboDK simulation robot and a RoboDK simulation machining center; the data acquisition layer acquires output data of the PLC and the industrial robot through an OPC UA protocol, transmits the data as input to the data interaction layer, and writes the data transmitted by the datainteraction layer into equipment; the data interaction layer transmits data into the simulation equipment layer according to a data address configured by the interaction interface module and transmitsthe data of the simulation equipment layer to the data acquisition layer; the simulation equipment layer transmits data of the data interaction layer to the simulation model through an API, and transmits a signal of simulation equipment to the data interaction layer; and the system completes a virtual debugging function by controlling input and output of the simulation equipment.

The invention discloses a method for building high-performance computing application service based on virtualization technology, wherein the method divides the whole system into four layers: a physical resource virtualization layer, a system resource management layer, an application service deployment layer and a user interaction layer. The physical resource virtualization layer virtualizes the physical host resource by a virtual machine monitor; the system resource management layer is divided into a monitoring module, a control module and a transmission module, manages the system resource by the virtual machine manager interface downwards and provides the system base service upwards; the application service layer receives the user interaction layer requirement upwards, distributes the system resource and deploys the application service; and the user interaction layer provides a convenient usage interface module to the user. The system provides an operation method for building high-performance computing application service, so that the system can manage the virtual host effectively by the prior virtualization technology and capability-ranking strategy dynamically according to user requirement, build high-performance cluster scientific computing application service according to user requirements through fabrication and rapid distribution of virtual devices, provide the usage interface, simplify building steps of the high-performance cluster scientific computing application service and improve the resource utilization rate of the whole system.

The invention relates to an electrical system for an electric power plant of thermal power engineering and a design method. The architecture layer of the system comprises a digital model layer, an electrical component equipment layer, an electrical system design layer, a document process management layer and a third-party system interaction layer from bottom to top, wherein the digital model layeris used for storing digital models in a design process of the electrical system; the electrical component equipment layer is used for providing a database support for electrical design of an electrical system design layer; the electrical system design layer is used for selecting electrical components required by the electrical system, completing the wiring design of the electrical system according to all the digital models and a database provided by the electrical component equipment layer, and generating corresponding documents; the document process management layer is used for providing document management and user authorization management; the third-party system interaction layer is used for interacting data with a third party system and exporting parsed data into other systems. The design method disclosed by the invention has the advantages that the whole range of the electric power system for the electrical plant can be designed, a power supply and distribution network can be quickly designed, and various data texts consistent with international standards and conventions can be automatically generated, so that the design efficiency is improved by 50 percent or above comparedwith that of a traditional mode.

The invention provides an information platform for the logistics industry based on an alliance blockchain, and the system comprises a layered architecture which comprises an application interaction layer and a blockchain consensus layer. The application interaction layer is used for packaging the user data and an operation into a data asset according with the standard and then transmitting varioustypes of requests to a blockchain node in a pre-defined standard transaction mode so as to complete the user operation, and finally storing the data on the blockchain. The blockchain consensus layercomprises a P2P node network for maintaining the blockchain, and a unique blockchain which is jointly maintained through the nodes in the system. The nodes in the P2P node network comprise an endorsement node, an organization node and a submitting node, wherein any node has the capability of updating the blockchain.

A connection and switching method of the service data and network data of the application system, including the network data communication and service data communication, this method features the service data processing layer A, service data encapsulation layer, interaction layer of the service data and network data, network data encapsulation layer, network data communication layer, network data decoding layer, interaction interface layer of the network data and service data, service data parsing layer and service data processing layer B; the interface between the GMS of top layer and network main single-chip at the bottom layer need be realized and encapsulated.

The invention provides a self-service dish-ordering system based on augmented reality, and the system comprises a mobile client and a background system. The mobile client and the background system are respectively divided into a system supporting layer, a service processing layer and a user interaction layer. The mobile client provides a visual interface through carrying out the real-time superposing of virtual dish information and a real world image and displaying the superposed image to a user. The system supporting layers are mainly responsible for the recognition and tracking of an identification, and have functions of resource file management, file management, database and network communication. The service processing layers mainly achieve the functions of dish information superposed display, user logging-in, comment scoring, order management, mobile payment and dish information management according to a dish-ordering flow. The user interaction layers are interactive interfaces for software and the user, and carry out the call of interfaces, provided by the service processing layers according to the operation of the user, to make a response. The system can provide a decision-making reference for the user through employing multimedia and social information, and enables the dish-ordering process to be more convenient, quick, interesting and friendly.

A photodiode designed to capture incident photons includes a stack of at least three superposed layers of semiconductor materials having a first conductivity type The stack includes: an interaction layer designed to interact with incident photons so as to generate photocarriers, a collection layer to collect the photocarriers; a confinement layer designed to confine the photocarriers in the collection layer. The collection layer has a band gap less than the band gaps of the interaction layer and confinement layer. The photodiode also includes a region which extends transversely relative to the planes of the layers. The region is in contact with the collection layer and confinement layer and has a conductivity type opposite to the first conductivity type so as to form a p-n junction with the stack.

For settling problems such as liability and obligation risk distribution indeterminacy, intellectual property ownership disputing and easy leakage of shared secret information in building informationmodel BIM technology in prior art, the invention provides a building multiple-supply-chain coordination system based on blockchain and a BIM model, and a method thereof. Through combining characteristics of decentralization and unchangeable record in blockchain technology and advantages of high integration degree and platform sharing in the BIM model, the building multiple-supply-chain coordination system which has advantages of stronger function, higher information safety and wider application is constructed. The building multiple-supply-chain coordination system based on the blockchain and the BIM model mainly comprises a technological layer, a data layer, a model layer, an interaction layer, an application layer and a user layer.

The invention discloses middleware for information interaction of a light application and a main application and an iOS application sub-module dynamic updating method.The middleware comprises an interaction layer, a detection layer and a management execution layer.The interaction layer is mainly responsible for information interaction of the main application and the light application, the detection layer is responsible for authority management and detection of application version information, users and the light application, and the management execution layer is responsible for scheduling and configuring of the light application, mapping conversion of method calling, downloading and data verifying of a light application installation file, and reading-writing, storing and encrypting of light application data.The updating method specifically includes the steps that a developer uploads an application updating module as a light application manufacturing light application dynamic library to a server, the server pushes renewed information, a client side receives the renewed information, downloading and installing are selectively achieved according to demands, and thus the iOS application sub-module dynamic updating is completed.The iOS application can be dynamically updated in time or a required module is installed, and the use smoothness of the applications is improved.

The invention relates to protocol stack technologies and discloses a three-layer switch equipment based user mode protocol stack implementation method. The method includes steps: step one, constructing a user mode protocol stack in a user mode, transplanting a layer L2 and a layer L3 to the user mode protocol stack, and keeping a layer L4 and a kernel driver in a kernel mode, wherein the layer L2 is mainly used for management of network equipment interfaces and interaction with network equipment drivers, and the L3 layer is a kernel of the protocol stack and mainly used for realizing various network protocols; step two, establishing communication between the layer L2 and the kernel driver kept in the kernel mode by means of memory mapping, and realizing communication between the layer L3 and the layer L4 through a socket I / O provided by the kernel. By adoption of the method for implementation of the user mode protocol stack, subsequent large-scale development is carried out under the user mode, and accordingly development difficulty is lowered, and performances of a data forwarding plane are improved.

The invention discloses a refined meteorological information service system, which comprises a background data processing layer, a service supplying layer and a user interaction layer. The background data processing layer enables meteorological elements observed by automatic meteorological stations distributed in an area to be analyzed and stored in a data base; after interpolation operation is carried out on the data in the data base, interpolation precision is assessed by a precision assessment module to obtain optimum meteorological interpolation data; an element value in a grid is extracted by using grid data built in the area; and the data are led in the meteorological data base and called by the service supplying layer. The service supplying layer is used for enabling meteorological data processed by the background data processing layer to be led in the meteorological data base. The user interaction layer is an access platform for providing users with the integrated uniform meteorological data and is used for inquiring and displaying information supplied by the service supplying layer. The refined meteorological information service system provides the public with rapid, convenient, accurate, timely and actual weather information, and meets requirements of the users for inquiry of the meteorological data and requirements of the public for meteorological information.

The invention provides a flow generator virtualization realization system and a flow generator virtualization realization method based on SDN, wherein the system and the method belong to the field of communication technology. The system comprises an interaction layer, a control layer and a data layer, wherein the control layer is composed of a topology representing module, a network virtualization module and a flow probe control module. A user performs self definition of a topology experiment according to a self requirement through network topology information which is sensed by the topology representing module. The network virtualization module constructs a flow table with a VLAN identification according to the user-defined topology and self specific characteristics, and transmits the flow table with the VLAN characteristic to an SDN exchange cluster. Network nodes with same VLAN identification form a logical virtual network. A data flows which are generated by the user re transmitted in respectively established virtual logical networks, thereby realizing data isolation of multiple experiment users in parallel operation, satisfying parallel operations of more experiment users, further improving network testing efficiency and reducing fund investment.

The invention relates to a blockchain system based on a mobile ad hoc network. The system comprises a plurality of mobile devices, and each of the plurality of mobile devices is equipped with a blockchain building program; the blockchain building program comprises a blockchain model; the blockchain model comprises a network layer, a data layer, a consensus layer, and an interaction layer; the network layer is used for network building and data transmission of the plurality of mobile devices; the data layer is used for processing and storing data in the blockchain system; the consensus layer isused for selecting a primary node and a consensus node of the blockchain from a plurality of nodes and also for implementing a consensus mechanism; and the interaction layer is used for providing a functional interface of the blockchain system. According to the blockchain system based on the mobile ad hoc network provided by the invention, building of the blockchain of the mobile device is completed through the blockchain model; for the characteristics of the mobile device, the blockchain consensus algorithm is optimized, and the function of the blockchain is implemented on the mobile device.

The invention relates to a structure and method for testing the integrity of a grid oxide layer and a dielectric layer. The method for testing the integrity of the grid oxide layer comprises the following steps of: testing the integrity of the grid oxide layer through a first welding pad and a second welding pad, calibrating that a test result is in a passed state and finishing the test if the test is passed; or else, testing whether a short-circuited problem exists between the first welding pad and a third welding pad or between the second welding pad and the third welding pad; calibrating that the test result is in a passed state and finishing the test if the short-circuited problem exists; and calibrating that the test result is in a failed state and finishing the test if the short-circuited problem does not exist. The invention eliminates the interference of a short-circuited problem in a metal interaction layer on the test result and improves the test accuracy in testing the integrity of the grid oxide layer and the dielectric layer.