160 results about "Universal service" patented technology

An Internet-based consumer service marketing, merchandising and education / information system which enables service-providers, retailers and their respective agents, and consumers to carry out service-related functions along the demand side of the retail chain. A central USN / SM / SN / URL RDBMS stores a central database of USN / SM / SN / URL links, wherein the USN represents a Universal Service Number assigned to a particular service offered by a service-provider, the SM represents a Service Mark used in connection with the particular service, the SD is representative of one or more Universal Resource Locators pointing to information resources on the WWW relating to the particular service. A first subsystem enables a service-provider's marketing, brand and / or service managers to create and manage a local database of USN / SM / SN / URL links related to the consumer services of the service-provider being offered for sale in both physical and / or electronic marketplaces, and periodically transport the local database of USN / SM / SN / URL links to the central USN / SM / SN URL RDBMS by electronic data transport techniques. The local database of USN / SM / SN / URL links is managed with a local USN / SM / SN / URL RDBMS, and selected by the service-provider's marketing, brand and / or service managers so as to create a desired brand image for each consumer service of the service-provider. A second subsystem enables consumers to access one or more USN / SM / SN / URL links in the central USN / SM / SN / URL RDBMS, to request and obtain information about a service-provider's consumer service so as to make informed / educated purchases along the demand side of the retail chain. A third subsystem enables service-providers and their advertising and marketing agents to access one or more USN / SM / SN / URL links in the central USN / SM / SN / URL RDBMS, to display consumer service advertisements to consumers, at or near the point of purchase or sale within both physical and / or electronic retail shopping environments so as to project the desired brand image to consumers. A fourth subsystem enables retailers and their marketing and promotional agents to access one or more USN / SM / SN / URL links in the central USN / SM / SN / URL RDBMS, to promote consumer services to consumers, at or near the point of purchase or sale within both physical and / or electronic retail shopping environments so as to promote the sale of such services.

An approach for providing instant messaging (IM) services is disclosed. A request is received from a source client to establish communication with a destination client associated with a subscriber over a first IM environment, wherein the request specifies a first user name derived from a unique identifier of the subscriber. A unique identifier is determined from the first user name. Further, a profile of the subscriber is accessed based on the unique identifier to determine a second user name corresponding to a second IM environment. An IM session is established between the source client and the destination client over the first and second IM environments using the respective first user name and second user name.

A gateway device couples a mobile telephone with a data network, such as the Internet, for voice communications. The gateway device is configured to provide a consistent interface with a user of the voice communications facility, independent of the method of user-access to the gateway device, and independent of the access to the data network. The gateway device allows for user-access from both wired and wireless telephone instruments, and provides the user a consistent service profile, independent of the location of the user at the time of access. The gateway device provides a service, such as a conventional “Voice over the Internet” (VoIP) application, that allows the user to place and receive telephone calls to other VoIP users, or to conventional telephone service users. In a preferred embodiment, the user may use a portable gateway device, such as a laptop or handheld computer, to gain access to the data network, or may use publicly available multiple-user gateway devices that are located at airports, hotels, train and bus stations, within transport vehicles such as airplanes, trains, buses, automobiles, and so on. Upon access, the user's service profile, including speed-dial numbers and the like, are provided to the user, via the gateway device currently being used.

The method comprises: optical network terminal saves message features of different services, and after receiving service stream, maps the service stream matching the message feature into the appointed service transmission channel, or maps the service stream into the appointed service transmission channel and meanwhile re-labels the priority of the service stream, or re-labels the priority of service stream; according to the re-labeled priority, the optical network terminal maps the service stream into the service transmission channel. The optical network terminal thereof comprises: an optical network protocol processing module comprising a universal service stream mapping module and a service processing module.

The invention discloses a distributed service management system with elastic expansion and a method thereof. The system has core capabilities: a high-performance RPC framework design, a distributed transaction compensation mechanism, a universal service registry center, a service matching strategy based on a comprehensive evaluation method, and an automatic interface module injection mechanism and the like. Data services of a Large-scale distributed system and a large data platform are provided based on the method. The system is composed of a service issuing component, a service registry center for realizing service discovery and configuration of a distributed system, and a programming model for realizing a user request data universal function based on a layered structure. The linear expansion and high concurrent access capabilities are powerful; full-stack monitoring, tracking, and service state monitoring capabilities are realized; and the architecture, elastic expansion and reliability are greatly improved.

The invention discloses a general service platform supporting multiple services and based on multi-network integration. The platform comprises a service access unit, a message processing unit, a service engine unit and a management unit, wherein the service access unit, which is connected with the communication network of each network operator and is used for the access of various communication services, provides protocol support and carries out data interaction with the message processing unit; the message processing unit, which receives the service request of the service access unit and judges the type of the request, calls the service instance inside the service engine unit; moreover, the message processing unit receives the service instruction sent by the service engine unit and transmits the service instruction to the service access unit; the service engine unit, which is used to provide operation support for each communication service, executes service according to the service call request sent by the message processing unit, and triggers a new service request according to the execution result; moreover, the service engine unit returns the new request to the message processing unit; the management unit is respectively connected with each unit to complete coordination management of each unit. The general service platform provides a common platform for each network operator to realize the integration of different network services; moreover, the platform is convenient for update and maintenance.

An authentication gateway apparatus for accessing a ubiquitous service includes: an authentication server of a service provider that receives an authentication data request message from a portable apparatus, and provides an authentication token; a first authentication device of the portable apparatus that transmits the authentication data request message to the authentication server, receives and stores an authentication token from the authentication server, and is used as a representative authentication device; and second authentication devices of ubiquitous apparatuses that are connected to the first authentication device of the portable apparatus by a wireless communication system, and have individual unique values.

An authentication gateway apparatus for accessing a ubiquitous service includes: an authentication server of a service provider that receives an authentication data request message from a portable apparatus, and provides an authentication token; a first authentication device of the portable apparatus that transmits the authentication data request message to the authentication server, receives and stores an authentication token from the authentication server, and is used as a representative authentication device; and second authentication devices of ubiquitous apparatuses that are connected to the first authentication device of the portable apparatus by a wireless communication system, and have individual unique values.

Present invention discloses reliable intersystem messages notifying method and system to ensure messages reliable arrival. Said method includes permanence storing notifying messages, transmitting stored new notifying messages or operation retry notifying messages, if notifying messages transmitting successfully, then deleting stored said notifying messages, otherwise setting operation retry time to said notifying messages, and updating storing, regular checking notifying messages waiting operation retry, if existing operation retry time mature notifying messages, then executing transmitting. Said method and system support system support multi - protocol transmitting among different system, supporting multi - service treatment, capable of being used as one universal service application platform, at the same time capable of making multi - service and multi - protocol flexible expansion.

An integrated, pervasive service management system of a service organization for a mobile workforce and vehicle that includes an application server to coordinate communications between the system and field service entities that include service technician communication devices. The system also includes an integration hub server to communicate between the service optimization suite and back office systems of the service organization and a universal service model to automatically coordinate the details of a service contract concerning service to be provided to customers of the organization. A optional service optimization suite to provide integrated, optimized service can also be provided.

The invention discloses a WebGIS three-dimensional lunar system based on ActiveX. The WebGIS three-dimensional lunar system based on the ActiveX is characterized in that the system comprises a client-side browser, a webpage WEB server, a WebGIS server, a GIS server cluster and a data server, the client-side browser is used for data displaying, data acquiring and data cache, providing an interactive interface, drawing a three-dimensional model and inserting a three-dimensional scene into the browser by means of the ActiveX control technology, the webpage WEB server is used for responding to page requests sent by the client-side browser and feeding back a page response to the client of the browser, the WebGIS server is used for providing service catalogues and tile services for the client of the browser, the GIS server cluster is used for providing underlying GIS supporting services including universal services, storage and access of geographic space information, manufacturing and releasing of maps and load balancing, and the data server is used for storing geographic information data. According to the WebGIS three-dimensional lunar system based on the ActiveX and a realizing method of the WebGIS three-dimensional lunar system, the three-dimensional lunar scene is inserted into a webpage, namely lunar data are displayed in a three-dimensional mode with the B / S structure, and the three-dimensional lunar scene can be browsed directly by a user through the browser.

The present invention relates to an implementation method of the common operation system architecture based on common information bus, the operating procedures are as follows: (1) the USSA consists of an application layer component, a common information bus component and a basis layer component, the distribution interaction and the distribution disposing function of each component is realized by the common information bus subassemblies; (2) the components are classified to three layers from the inner functions: a communication link layer, a common information distribution layer and a common information processing layer; the interaction integration between the subassemblies employs the conversation mode of the common information bus format; (3) the global configuration files are composed, the configuration proposal of the USSA system is designed, the components on the operation system are physically deployed, and a function entity table, a subnet table and a link connecting table of the architecture system are hereby constituted; (4) when a new service is added, the arranged subassemblies classifying method and disposing method are used for constituting and disposing the components of the new service. The method can generate a plurality of telecommunication services fast and flexibly and has good reusability, openness and compatibility.

A high-definition blackboard comprises a tablet-style computer as large as a standard classroom blackboard or dry-erase board, with Universal Service Bus (USB) ports, touch-screen capability, WiFi connectivity to the Internet, an internal disc drive which accommodates DVDs and CD-ROMs, speakers, and a webcam. A multi-purpose pen is provided which may be used as a laser pointer and a wireless mouse, and also serves as a pen for drawing or writing on the visual display of the device, in a manner similar to a conventional blackboard or dry-erase board. Due to the touch-screen capability, the user's bare hand will erase marks made with the pen. The pen may be used to access a digital keyboard which is displayed on the visual display, and may be used to access the Internet or operate conventional programs such as Microsoft® Word®. E-mails may be accessed, typed, and sent, and databases may be accessed, using the digital keyboard.

The invention provides a definition of a universal service data acquisition form and a generation method thereof. In the method, a format of a database storage service data form is used, a front end is displayed by a script processing interface, data are transmitted to a web server by XML for storing data, and the service data are subject to data verification and processing by a definable database storage process. The method has the functions and beneficial effects of rapidly developing data acquisition document for particular users; flexibly adjusting and randomly expanding the original system document, reducing the development cost, execution cost, user application cost and the subsequent maintenance cost. The existing service system can be subject to high-level expansion by the storage process of the database and a JavaScript.

The invention discloses a universal service system comprising a conversation control device and a script language-based service execution device, in which the conversation control device is used for creating a conversation with the service execution device by invoking the conversation control device, and initiating the invoke of the service execution device in the created conversation; the service execution device executes a corresponding service script based on the invoke of the conversation control device, and returns a respose of the service script to the conversation control device. The invention also discloses a method for realizing the universal service system. With the technic scheme of the invention, difficulty of service development can be reduces, development efficiency is improved and service development cost is reduced.

The invention provides a multi-strategy fault diagnosis system for the carrier rocket test launching process. The multi-strategy fault diagnosis system comprises a data reception and processing module, a fault detection module, a fault locating module, a rule algorithm plug-in, a fault tree algorithm plug-in, a mathematic model algorithm plug-in and a fault criteria storage module. A general carrier rocket fault diagnosis and reasoning framework is established to enable object information and diagnosis strategy to be separated, thereby realizing universal service between data acquisition, data processing and fault diagnosis, providing general basis for concrete applications of different diagnosis and reasoning methods and improving system diagnosis capability.

The invention discloses a power system GSP (General Service Protocol) consistency testing system and method. The testing system comprises a GSP consistency testing platform and tested equipment whichare connected by a station level network, wherein the GSP consistency testing platform comprises a GSP communication dynamic library, a Python script, a testing case library and a human-computer interface; and the tested equipment comprises a substation data communication gateway machine and a monitoring host. The power system universal service protocol consistency testing system and method are used for carrying out GSP consistency testing and detecting whether intelligent equipment accords with standard requirements of a power system GSP, and are beneficial for achieving consistency of understanding of each monitoring manufacturer on the power system GSP before being applied and implemented on site.

The invention provides a service processing method and device and equipment which are applied to a compiling device. A plurality of different encoders are arranged on the compiling device in advance and correspond to application platforms respectively. The service processing method includes the steps of obtaining a multi-platform universal service source code, wherein the multi-platform universal service source code can be used for representing the universal service flow of the application platforms and can be compiled by the different encoders; calling the different encoders to compile the multi-platform universal service source code so as to generate target platform library files corresponding to the application platforms respectively. By means of the service processing method and device and the equipment, the workloads of developers are reduced, the development cost is saved, and the development progress is accelerated.

The invention discloses track traffic automatic fare collection system reader-writer middleware. According to the thought of developing the reader-writer middleware in a layered mode, an independent dynamic function layer of hardware and an operating system is sealed between a hardware layer and an application layer to shield differences among interfaces of different hardware, and compatibility of different bottom devices of application program of an existing reader-writer is achieved. Specific call of functions is achieved through conducting dynamic loading on a dynamic function library in the whole software system, and the function of equipment management is completed. By means of the track traffic automatic fare collection system reader-writer middleware, the reader-writer middleware is adopted to provide universal services between platforms such as the hardware and the operating system and the application, the redundancy of data is reduced, different business requirements of an upper-level system for the data are met through complex event processing, and the defect that when the terminal reader-writer changes every time, upgrading and development of the hardware and the operating system are needed for another time is overcome.

The invention relates to the technical field of service calling, in particular to a universal service calling system and a method based on a middleware. The universal service calling system comprises a WSDL analytical module, a middleware storage module, a service calling module, a service indexing module, and a service inquiry interface module, wherein the WSDL analytical module is used for realizing automatic conversion from service information contained by the WSDL analytical module to storage in a storage mode of the middleware according to a WSDL document; the middleware storage module enduringly stores service information input by the WSDL analytical module in the storage mode of the middleware; the service calling module is used for calling service information stored in the middleware storage module; the service indexing module constructs indexes for service information of the middleware storage module; and the service inquiry interface module is used for providing a service indexing interface and indexing corresponding service information in the middleware storage module according to inquiry request information accepted by the service indexing interface, and then enters into a universal service calling module for calling service. The invention is characterized by increasing the level of service support in a service indexing system or a service search engine field.

The invention provides a model online method and device, relates to the field of communication, and can improve the model online efficiency. The method comprises the following steps: receiving a datamodeling instruction input by a user, wherein the data modeling instruction is used for requesting to create a machine learning model; creating a machine learning model according to the data modelinginstruction, and generating a serialized model file and a model description file of the machine learning model with the serialized model file being a file in a serialized format of the machine learning model and the model description file being a file representing attributes of the machine learning model; receiving a model deployment instruction input by a user; generating a new service script according to the universal service script template and the model description file; generating a mirror image of the model according to the new service script and the serialized model file; and generatingmodel service POD according to the mirror image of the model, so that the machine learning model is deployed online.

The invention discloses an enterprise-class system research and development framework. The framework comprises a data layer, a service layer and a business layer, wherein the data layer comprises a relational database assembly, a non-relational database assembly, a buffer database assembly, a data computation assembly and a data application assembly; the service layer comprises an interface service assembly, a communication service assembly, a configuration management assembly, a search engine assembly, a calculation service assembly, a universal service assembly, an authority system assembly, a message service assembly, a storage service assembly, a log service assembly, a safety audit assembly, an authentication service assembly, a dispatch service assembly and a reporting service assembly; the business layer comprises an order system, a user system and a fund system; and the service layer is used for encapsulating data logic of the data layer and converting the data logic into a service system of the business layer. According to the enterprise-class system research and development framework, the development cycle is shortened, the development and maintenance costs are effectively lowered, and the maintainability is good.

The invention discloses a workload proving method and device based on a super node in shared computing, which relates to the technical field of data processing, and can improve the fairness of sendingreward and the enthusiasm of users participating in shared computing. The workload proving method based on the super node in shared computing comprises the following steps: receiving a task publishedby a publisher; processing the task by means of the super node according to a preset universal service mode to generate first record information; obtaining contribution data corresponding to the first record information, wherein the contribution data refers to the resources contributed by the super node when processing the task; and reporting the contribution data to the reward party, wherein thepublisher and the reward party are trusted nodes in the network, and the reward party is used to reward the user on the super node according to the contribution data. The invention is mainly used tooptimize the reward system implemented on a block chain token system service platform.

The present invention discloses an M2M application service method, a device thereof and a system thereof. The system comprises an application body for providing an end to end application logic, a universal service body which is used for providing common service function of an M2M environment and comprises at least one service module which comprises one or more services, and a bottom layer network service body for providing service for the universal service body. Through the M2M application service method, the device thereof and the system thereof, based on the M2M application system facing a service architecture, the unified management for the terminals of different IOTs and the provision of M2M service are facilitated.

The invention relates to a middleware system applied to a rail traffic signal safety system and belongs to the technical field of rail traffic. The middleware system comprises a configurable management module, a bottom layer interface adaption management module, an application development management module and a safety and reliability management module. The configurable management module is configured with an operation system, a drive, a system internal data structure and software and hardware resources; the application development management module is used for providing united APIs (Application Programming Interfaces) for upper-layer application and meanwhile being in charge of information interaction and system initialization; the safety and reliability management module is used for realizing management on system safety and reliability; and the bottom layer interface adaption management module is used for realizing information interaction with other sub-systems in a rail traffic signal system. The middleware system, which can be adapted to different bottom-layer operation systems and applied to various rail traffic safety sub-systems, undertakes a universality task of accessing bottom-layer operation of various application programs and provides universal service for application systems through the simple and convenient public-safety APIs.

Reservation of services using, for example, a computer network based universal reservation system (CNBURS) is facilitated by the use of universal service codes (USCs). In one embodiment, a CNBURS enabled reservation scheduling process (100) includes receiving (110) a request from a service provider for a USC, generating (120) a USC uniquely associated for a period of time with an offer of available services, transmitting (130) the USC to the service provider, presenting (140) information about the offer of available services including the USC to a client by, for example, advertising (150) the services on a one-way communication media, receiving (160) an inquiry message including the USC from a client using the CNBURS, sending (170) a reservation message to the service provider, and sending (180) an acknowledgment message using the CNBURS to the client that includes information based on the USC confirming a reservation and / or informing the client about further steps to take to finalize a reservation.

The invention relates to a method for carrying out centralized management on service configuration in a network management system. The method comprises the following steps of: forming a configuration classifying information description file and a configuration parameter information description file; displaying a service configuration classifying sub-interface and a universal service configuration parameter editing sub-interface in a service configuration centralized management interface; finishing editing of a configuration parameter template in the service configuration editing sub-interface and carrying out database operation on the configuration parameter template; forming tasks to be processed and adding the tasks to be processed into a task management sub-interface; executing the tasks; updating a database and an interface of a network management system according to each task execution result; and synchronizing the comparison of the database and the equipment with regard to the configuration parameter template. The method disclosed by the invention has the advantages of shielding details of different service configuration functions, being wide in application scope, decreasing the operation frequency of network maintenance personnel, reducing the difficulty and workload of network management software development and the software development cost and shortening the development period of software products.

The invention discloses a method for providing a universal service for multiple applications on an android smart television, relates to an android smart television and aims at providing a method for providing a universal service for third-party applications on a smart television. The method is characterized in that firstly, new keys are added to keys of the smart television; and secondly, when the third-party applications are being operated on the smart television, the following steps are performed that an operation system operates a service terminal, the service terminal receives a universal service request sent by a user through the added keys, the service terminal displays a universal service menu onto the third-party applications, the universal service menu receives a universal service instruction of the user, the service terminal calls a hardware interface corresponding to the universal service instruction of the user, and the hardware interface performs the universal service instruction of the user.

The embodiment of the invention discloses a method, a device and a system for calling service under a universal service architecture so as to realize end-to-end USI call. The method comprises that: a universal service interface USI receives a USI call request message from an application service provider ASP, and the request message carries ASP identification and service information; and the USI sends a network function call request message to a functional entity with network open capacity, and the request message carries ASP identification and service information to trigger the functional entity to execute corresponding network functional service. The device comprises a receiving module and a sending module. The system comprises the USI and the functional entity with the network open capacity which is connected with the USI in a communication mode.

The invention discloses a method for integrating broadcasting multi-cast service with single-cast service, which comprises the following steps: a universal service management platform generates an integrated service statement according to the service content and the visit information thereof provided by a broadcasting multi-cast service terminal and a single-cast service terminal; a communication terminal obtains the integrated service statement and selects the desired service content therefrom; the communication terminal visits and requests the broadcasting multi-cast service terminal or the single-cast service terminal to provide the selected service content according to the corresponding visit information of the selected service content in the integrated service statement. Accordingly, the invention also discloses a system for integrating the broadcasting multi-cast service with the single-cast service. The invention realizes the centralized management of service sources, and allows the user terminal to use the relevant function without concerning the difference between the broadcasting multi-cast service and the single-cast service, thereby facilitating the service to the terminal user. Additionally, the invention is adapted to the automatic switch of services at the server side, can efficiently reduce the occupancy of network resources and save the network bandwidth.