652 results about "Service implementation" patented technology

A power line communication (PLC) hub incorporates multiple network communication media and services for devices. Implementations can be plugged into an electrical outlet to furnish a single point for both electrical power and network connectivity. Each of the electrical outlets is tied through an electrical distribution system to a network through a conventional PLC bridge to provide network connectivity through the electrical distribution system using PLC technology. The PLC outlet hub can include various combinations of applications and / or services including Voice Over Internet Protocol (“VoIP”) gateway, media server, Internet router / gateway, Local Area Network (“LAN”), both wired and wireless voice and video conferencing capability, including a VoIP, Voice over WiFi (“VoWiFi”), Power Over Ethernet (“PoE”), Wireless 802.11a / b / g / n capability and (Wireless Universal Serial Bus “WUSB” / Ultra Wide Band “UWB”) wireless connectivity, and Blue Tooth. Versions of the PLC outlet hub can have an Ethernet IEEE 802.3 family (such as IEEE 802.3af) compliant power supply to furnish power to PoE enabled devices.

A Service-oriented architecture (SOA) and accompanying method. In one embodiment, the SOA includes one or more service requesters coupled to one or more service providers via a bus. The bus includes runtime-binding functionality to facilitate interaction between the one or more service requesters and the one or more service providers. A registry, which stores information pertaining to a service provided by the one or more service providers, communicates with one or more service providers and / or requesters and the bus. In a more specific embodiment, bus includes a Service-Integration Bus (SIB) that includes a Service-Factory (SF) module for facilitating implementing the runtime binding functionality and for selectively invoking the service. Functionality of the SOA is strategically organized into various tiers and layers, including a requester tier, a provider tier, a business-process services tier, an infrastructure-services tier, an SIB layer, a persistence layer, and so on, to optimize system reusability, adaptability, and other desirable properties. A service interface pattern is described whereby a change in service implementation does not require modification to the manner in which the service is invoked by a requester

A service-oriented architecture can include a service provider comprising a plurality of service objects, each service object comprising a self-describing, self-contained, platform independent, modular unit of application logic. The service oriented architecture further includes a service object among the plurality of service objects that is a service implementation having a pre-ordained message processing system. The service implementation can respond to client requests at different levels of granularity and can use a common transfer object message format that separates a business object into its constituent parts. The common set of operations can include at least the Read, Create, Update, Delete, and Execute functions.

The invention relates to a java server page (JSP) template-based intelligent table system capable of being defined freely, which controls a table through system configuration under the driving of a table engine to complete various service functions on the basis of data modeling. The (JSP) template-based intelligent table system provides implementing mechanisms of data modeling, service configuration, table drawing, table editing and the like and can realize user-oriented free customization of the table, and a user can realize most service logics by configuring various parameters through pages, thereby greatly improving the flexibility and extensibility of the intelligent table system. In the system, the JSP file is used as a template of the table, and various configuration information controlling the table and the table template are connected through the table engine, thus that the effect that the table service comes into effect as long as configured can be realized. In the part of table editing, the system can realize automatic calculation of table attribute, addition and delete of sub-table rows, secondary authority control of the table, service implementation and control of the table and the like.

The invention discloses a network system for providing mobile edge computing service and a service method thereof, so as to solve the technical problem of flexible deployment of MEC on a mobile communication network. In the C-RAN architecture, an SDN-based MEC controller is deployed, and an MEC server is deployed in the BBU. The service implementation step mainly comprises the following steps: setting a decision threshold; judging whether the time delay is sensitive or not and the like to determine a computing mode by an MEC controller; and giving a computing result through four computing modes of computing of a local MEC server, combination computing of a plurality of MEC servers, computing of a specific non-local MEC server and computing of a cloud center; and finishing all user MEC tasks through repeated executions. According to the method, the MEC service is realized; meanwhile, the remaining computational resources in the BBU can be sufficiently used, and the MEC network hierarchyis more concise, so that the management is facilitated, the data transmission efficiency is improved, the pressure of a core network is relieved, and the overall computing task time delay is reduced.The method can be used for flexible deployment of the MEC on the mobile communication network in the present 4G period, the 4G to 5G transition period and the 5G period.

When a request is received from a client device for the invocation of a web services operation, an off-ramp device coupled to an on-ramp device that provides an interface to web services verifies that the requested service is in a configuration file and then determines the selection scope of a desired service. Based on the selection scope of the desired service, the off-ramp device can determine whether to perform discovery and selection of a service implementation (“request” selection scope), retrieve a service implementation from a session level cache (“session” selection scope), or retrieve a service implementation from an application level cache (“application” selection scope). If a service implementation corresponding to the requested service does not exist in the session or application level cache, the discovery and selection operations may be performed to identify a service implementation to handle the request and the service implementation may be stored in an appropriate cache.

The invention discloses a digital clustering communication system, in particular a digital clustering communication system based on a TE-LET technology, which is realized on the base of a time division-long term evolution technology and by expanding the functions of a certain network elements and adding new network elements of the prior TD-LTE technology. The invention also provides two clustering service implementation methods. The system and the methods not only can better provide broadband clustering multimedia services but also can backwards evolve smoothly.

Some embodiments provide a novel method for configuring a service data compute node (DCN) executing on a host computer to perform network services (e.g., firewall, load balancing, intrusion detection, network address translation (NAT), other middlebox services, etc.) for several DCNs executing on the host computer. The method receives, at the service DCN, an identification of a set of container specifications that will be implemented (e.g., will be executed by) the service DCN. The method then retrieves the identified set of container specifications (e.g., container images) from a container repository storing multiple received container specifications. In some embodiments, the container specifications include container images generated by a third party service partner for providing a particular service or set of services and stored in a container repository. The method then instantiates the retrieved containers to provide the identified network services to data messages received at the service DCN.

The invention discloses a software component service packaging method, which comprises the following steps of: extracting meta information from an original dynamic library; on the basis, calling C or C++ language technology by using the conventional java, and using transferred java codes as a specific implementation part of the Web service to realize the transfer of java on a legacy system; and finally, deploying service files in the specific Web service operation environment, generating deployment description files which accord with respective platform regulation according to the selection configuration of a user, deploying the deployment description files and the generated service implementation files in respective operation environment, and issuing the files as the corresponding Web service. The software component service packaging method standardizes a service interface model, so that the externally provided interface forms maintain consistency in any service operation platform after the components are packaged into service, the interoperability of the packaged service is improved, and the interaction capacity of the component-based legacy system and a new system which adopts an SOA technical mechanism in the future is realized.

A service implementing method and apparatus according to an ultraviolet (UV) index in a mobile terminal provides diverse information and services according to the UV index detected by the mobile terminal having a UV sensor mounted thereon. The service implementing method and apparatus includes switching over to a UV alarm function mode when an alarm function is selected in a UV management mode, setting a predetermined time interval for informing a user of the UV index when an alarm interval is selected in the UV alarm function mode. The service implementing method and apparatus further includes setting a specified time for informing the user of the UV index when an alarm time is selected in the UV alarm function mode, and setting avatars or alarm sounds for informing the user of the UV index according to the set time when an alarm method is selected in the UV alarm function mode.

The invention discloses a trunked service implementation method, comprising: a trunked user terminal detects whether dispatching information of a TPCCH (trunked paging control channel) exists periodically; if so, a TB (transmission block) containing information borne by the TPCCH is searched, and the TB is decoded to acquire the information borne by the TPCCH; a user terminal detects the PDCCH (physical downlink control channel) in each TTI (transmission time interval), searches the TB of the borne information, successfully decodes as well as configures and establishes a service plane channel; a calling trunked user terminal adopts the established service plane channel to initiate a conservation; and a called trunked user terminal detects the PDCCH in the TTI, searches the TB of the information borne by a TTCH (trunked traffic channel), and decodes the searched TB. The invention also discloses a trunked user terminal. After the embodiment of the invention is applied, the time for establishing a calling is shortened, and the resource utilization rate is improved.

A system and method are described for implementing and using a deploy system for deployment of entities. In one embodiment, a deploy service is implemented as a module on a J2EE engine to perform deployment services on a container on the J2EE engine. The deployment services include deploying one or more entities on the container which includes a J2EE container and / or a non-J2EE container.

A technique for selecting an information service implementation includes receiving a service request that includes a tenant identifier that uniquely identifies a calling tenant. Transformation logic to service the service request is selected based on the received tenant identifier. One or more data sources and one or more data targets are selected for the service request based on the received tenant identifier. Data from the selected data sources is processed using the selected transformation logic and the processed data is stored at the selected data targets.

A solution is provided wherein a single service implementation may be exposed to users as two or more different web service protocols. The service then appears to the user to be utilizing a desired protocol even though the service itself is potentially operating under a different protocol. A gateway may be utilized that maintains mappings between the supported protocols. When a user sends a request to a particular service, the gateway may determine whether the request is in the format of the protocol utilized by the underlying web service. If not, the gateway may convert the format to match the correct protocol. An embodiment is also possible where a single endpoint is utilized for multiple services having multiple protocols. This may be coupled with an ability to detect a protocol automatically from request contents, thus seamlessly integrating multiple protocols into a user's experience.

The invention discloses a heterogeneous network environment multi-center digital identity management method. A blockchain-based heterogeneous cross-domain identity management system is adopted to realize multi-center data identity management, and the system comprises a blockchain-based joint identity management platform and a secondary identity management system accessed to the joint identity management platform; the blockchain-based joint identity management platform is composed of authorized nodes, the nodes form a peer-to-peer network, and the nodes cooperate with the secondary identity management system through a joint identity management gateway to complete cross-domain authentication and cross-domain identity information transmission; the system functions include an identity servicelayer, a service implementation layer and a blockchain basic platform layer, wherein the identity service layer provides identity management services externally, the service implementation layer specifically implements an identity management function, and the blockchain basic platform layer provides basic blockchain services. The scheme of the invention realizes the joint management of multi-trusted domain user identities in a heterogeneous network environment.

An SMS-based wireless value-added service implementation method and system. The method comprises the steps of: disassembling a wireless value-added service into command identifiers for commands and corresponding information bodies at the service provider side, said information bodies including information required for the commands and service related information; combining each of said command identifiers and corresponding information body into a command body, and inserting a logic sequence identifier that indicates the logic sequence of the commands into the command body, then assembling the command bodies into a short message. The service server sends the short message to the mobile terminal, and the interpretation program in SIM card of the mobile terminal interprets the short message into corresponding commands and information which have a logical sequence and can be executed in the mobile terminal. The mobile terminal executes the commands based on the logic sequence, and displays the information. Wireless value-added service can be available through pushing, web customization and downloading with mobile terminal.

Embodiments of the present application disclose an algorithm architecture, an algorithm invocation method, an apparatus, a storage medium, and a mobile terminal. The algorithm architecture includes: aplatform adaptation layer, an algorithm adaptation layer and an algorithm implementation layer. The platform adaptation layer is used for separating the camera system hardware abstraction layer fromthe algorithm implementation layer, and is responsible for the communication between the camera system hardware abstraction layer and the algorithm implementation layer. The algorithm adaptation layeris used to accept the invocation of the platform adaptation layer and is responsible for the service implementation of the platform adaptation layer. The algorithm implementation layer is used to accept the invocation of the algorithm adaptation layer to implement the algorithm registered to the image processing algorithm architecture. As the embodiment of the application adopt the technical proposal, the algorithm implementation layer can be separate from the hardware abstraction layer of the camera system, when the system platform of the mobile terminal is changed, the algorithm implementation layer need not be rewritten into the new platform, the image processing algorithm architecture can be reused across platforms, and the development cost of the mobile terminal is reduced.

A system and method for converting a schema based synchronous service to a schema based asynchronous service. The asynchronous service for implementing on a server configured for communication with a respective client over a network. The system and method comprising a subscription module for identifying a port type with each notification method added to a description of the synchronous service and for associating a subscription operation with the identified port type. The system and method can also include an artifact module for generating at least one conversion artifact related to the added notification method, the conversion artifact configured for use by a developer to assist in developing the supporting clients of the asynchronous service as well as the asynchronous service itself. The system and method can also include an integration module for combining the notification methods and subscription operations and conversion artifacts to produce a description of the asynchronous service. The developer uses the asynchronous service description for generating a service implementation of the schema based asynchronous service to include appropriate business logic for subsequent installation in the server as an asynchronous service interface.

The invention provides a software service implementation method and system based on a Java platform. Application software is packaged into a service implementation component and a remote service component according to an OSGi (open service gateway initiative) normative standard, wherein the remote service component comprises registration information of the service implementation component. The method comprises the steps that software service request information input by a client is received remotely, wherein the software service request information carries service implementation component information; the registration information of the service implementation component corresponding to the service implementation component information is matched in the remote service component, the service implementation component corresponding to the matching result is called according to the matching result and is executed; and an execution result of the service implementation component is obtained and returned to the client. According to the software service system provided by the invention, dynamism and cross-platform operation of the software service are achieved on the premise of low-cost development.

A system and method of providing multiple simultaneous services to several destinations is disclosed. The system includes a central office providing multiple digital services to several destinations. In addition, the system includes a curbside hub directing signals sent from the central office to the destinations. Each destination also includes a home-side interface unit for receiving and sending signals between the destination and the curbside hub. The curbside hub is located within the vicinity of the destinations. The curbside hub is connected to the central office by a first fiber optic link. Additionally, the curbside hub is connected to each home-side interface unit by a home-side fiber optic link. The curbside hub electrically multiplexes and demultiplexes signals between each home-side interface unit and the curbside hub. The curbside hub also optically multiplexes and demultiplexes signals transferred between the central office and the curbside hub. The system provides a cost-effective implementation of multiple digital services via a fiber optic network to residences.

A system and method of creating subscriber services in an Internet Protocol (IP)-based telecommunications network. A service creation architecture includes a Service Component Creator (SCC) that creates service proxy objects, and posts them on a Lookup Service (LUS). The LUS is accessible through the Internet by Enterprise Service Creators (ESCs). The ESCs download the posted service proxy objects from the LUS, and customize the downloaded objects to create customized services for enterprise users. The ESCs upload the customized service proxy objects to an Enterprise LUS, and the, Enterprise LUS downloads the customized service proxy objects to a Service Management Unit (SMU) serving the end user. A gatekeeper serving the end users utilizes the service proxy code downloaded to the SMU to determine the location of a Service Implementation Repository (SIR) that stores actual service code for implementing the customized service. The gatekeeper then downloads the actual service code from the SIR, constructs a customized User Service Agent (USA) that includes the actual service code, and sends the customized USA to an agency (mobile agent platform) at the user's terminal.

A method, system, and program product for reserving resources in a networked environment, e.g. a storage area network. A resource is some object that a user must use or change to complete a task. When a user plans a task, the user selects some high-level resources and properties to reserve and a Reservation Service embodiment creates reservations for them. Accordingly, the method system and program product embodiments overcome inefficiencies in reserving resources in a data storage environment while still allowing such reservations to occur. The method includes selectively reserving properties for resources from more than one available choice.

The invention discloses a multimode terminal and a service implementation method for the multimode terminal. The multimode terminal comprises a main controller, an auxiliary controller, a user identification card, a first radio frequency chip, a first antenna, a second radio frequency chip and a second antenna. The main controller comprises a main processor and a first network-system-type first processing chip, wherein the main processor is used for selecting a network system type for executing the current service, and calling the network-system-type processing chip to execute the current service; the first network-system-type first processing chip is connected with the first antenna though a first radio frequency chip, and is used for executing communication between the multimode terminal and the network side of the first network system type in the first network-system-type network; the auxiliary controller comprises a second network-system-type second processing chip and a user identification card, wherein the second network-system-type second processing chip is connected with a second antenna through a second radio frequency chip, and is used for executing the communication between the multimode terminal and the network side of the second network system type in the second network-system-type network; and the user identifying card is respectively connected with the main controller and the auxiliary controller. According to the invention, the network resources can be utilized fully.

The invention provides an intra-city trip service implementation method, device and system and relates to the technical field of navigation. The method comprises: acquiring a user's trip query request which carries a start location and a destination location; generating multiple segmented trip paths according to the start location, the destination location and multiple preset transfer locations, wherein every two adjacent path segments in each segmented trip path employ the corresponding transfer location as a connection point; matching vehicles for each path segment in each segmented trip path to obtain a shortest-time path, a least-cost path, and a least-transfer path; receiving the user's path selection information, and generating the user's trip orders for multiple paths according to the path selection information and vehicle information successfully matching with the selected path. Therefore, trip orders can be generated to maximum extent, car sharing is achieved, vehicle utilization efficiency is improved, fewer vehicles may run on the roads, traffic condition is improved, and trippers may arrive at their destinations sooner.

In one embodiment, a character engine models a character that interacts with users. The character engine receives user input data from a user device, and analyzes the user input data to determine a user intent and an assessment domain. Subsequently, the character engine selects inference algorithm(s) that include machine learning capabilities based on the intent and the assessment domain. The character engine computes a response to the user input data based on the selected inference algorithm(s) and a set of personality characteristics that are associated with the character. Finally, the character engine causes the user device to output the response to the user. In this fashion, the character engine includes sensing functionality, thinking and learning functionality, and expressing functionality. By aggregating advanced sensing techniques, inference algorithms, character-specific personality characteristics, and expressing algorithms, the character engine provides a realistic illusion that users are interacting with the character.

Described are a client application-programming interface (API) in a service oriented architecture (SOA). A system includes an application client having application code, one or more service interfaces, and a processor. An enterprise service bus (ESB) having a service registry connects one or more service implementations with the application client through the ESB. A processor is configured to execute the application code to invoke at least one of the one or more service interfaces and request at least one of the one or more service implementations via a request message. The request message comprises application code language based objects requesting a service. The processor is further configured to dynamically create a service instance for the service message. The service instance comprises the service message formatted for transport in the ESB and an endpoint reference for the one of the one or more service implementations as determined by the service registry.

An apparatus, system, and method are disclosed for logically packaging and delivering a service offering. A set of service implementation artifacts, a service ordering process, and a service provisioning process are selected and configured to implement a service offering. A requirements specification for the set of service implementation artifacts is defined. Logical associations between parameters are defined such that a change of a parameter for a first component triggers a change for a parameter of a second component. Beneficially, such an apparatus, system, and method accelerates the self-service ordering and deployment of service offerings.

The invention discloses a voice service implementation method, a voice fall back implementation terminal and a system thereof. The voice service implementation method includes the following steps: a terminal sends a voice service request to a core network through an LTE wireless network; the terminal enables the voice service to fall back to a CDMA wireless network from the LTE wireless network according to a set control mode; and the terminal implements the voice service through the CDMA wireless network and the core network. According to the voice service implementation method, the problem that the terminal has difficulty in implementing fall back of the voice service in a networking scene of the LTE wireless network and the CDMA wireless network is resolved, complexity for the terminal to implement the voice service in the networking scene is reduced by adopting the mode, and time delay is decreased.

Making a service implementation accessible for a client application in a service oriented architecture. The method may include extracting an interface definition language file from the service implementation, which defines the interface information to be provided by the client application to access the service implementation during runtime. The method may further include extracting a server-side mapping file from the service implementation, which defines how the interface information provided by the client application is mapped when accessing the service implementation during runtime.

The invention provides a distributed remote calling method based on zookeeper and netty. A server module which is used for providing remote services and allowing clients to call and a client module for encapsulating local calls are included; the server module is used for conducting service encapsulation to encapsulate services and provide unique access points and conducting service publishing andservice registration; and the client module is used for conducting dynamic proxy, service seeking and service calling, wherein in dynamic proxy, service implementations of servers are acquired by calling proxy classes, in service seeking, IPs and ports of registration services are acquired from the Zookeeper by means of interfaces and methods which are called by requests, the service with a minimum weight value is selected, and meanwhile the weight is set as a maximum value in a same service cluster, and in service calling, client requests are initiated through the Netty, a processing class assembly line is bound, request objects are encapsulated and serialized and then sent to the server module, and the server module responds to data serialization and then transmits data to service logics.