3223 results about "Service layer" patented technology

Task Computing computer system by segmenting the system into a plurality of implementation tiers of a presentation layer, a remote procedure call programming interface (API), a middleware layer to which the presentation layer interfaces via the remote procedure call API to real-time, dynamically generate a computer implemented task interface at the presentation layer to a semantically described source of function as a service on a computer system, and a service layer and a function source realization layer providing the semantically described source of function as the service on the computer system to which the middleware layer interfaces. Real-time and dynamically composing an executable task that comprises one or more services using the generated task interface at the presentation layer to one or more services on the computer based upon the semantically described application-, device- and service-rich computer.

Methods, systems, and machine readable media are disclosed for Methods, systems, and machine-readable media are disclosed for utilizing mobile electronic devices in various types of financial transactions. According to one embodiment, a system for supporting mobile commerce applications can comprise a management and control layer. The management and control layer can be adapted to control communications to and from mobile wallet applications. The system can also have a gateway services layer communicatively coupled with the management and control layer and a plurality of content provider systems communicatively coupled with the gateway services layer. The content provider systems can be adapted to provide financial transaction content or services related to the mobile commerce functions of the mobile wallet applications via the management and control layer and gateway services layer.

A system and method for a first user to communicate in an Internet Protocol (IP) centric distributed network is described. The method can include a plurality of service layers including a network service function layer, a local service function layer, and an access service function layer providing a plurality of functions associated with each of the service layers. The method can also include accessing the network to establish a point of presence at an access management layer and a core portion of the network and to designate a default amount of bandwidth and plurality of default setup parameters; invocating service through an application server on the network to establish an amount of network resources requested by the first user; establishing a transport session to create and manage a connection from the first user to a destination address; and accounting for a service session within the IP centric distributed network.

A system and charging control method of network convergence policy and charging control architecture are disclosed, based on the QoS parameter, charging policy and user subscribing information granted by the service layer, the PCRF confirms PCC rule, and provides the PCC rule to the policy distribution function PDF. As the interface between the PCRF and PCC policy performing entity, the PDF performs the protocol conversion and information distribution. Based on the PCC rule, the PCC policy performing entity performs QoS policy of the service data flow and the detecting and charging of the service flow.

The invention discloses a method and a system for realizing interactive sharing among multiple screens and multiple users by sliding the screens and belongs to the field of network communication. The method and the system are based on a communication protocol, a corresponding instruction is sent to a middle service layer (a server or a virtual server) in a screen-sliding manner; and an information instruction of a terminal is transmitted through the middle service layer, therefore instant communication among terminals connected with the middle service layer is realized. In the method and the system, unprecedented communication convenience in the network era can be experienced in a screen-sliding mode combining the characteristic of a touch screen, so a user feels the unprecedented interactive sharing smoothness; and by the method and the system, supplied resources, such as information, films and televisions and the like, can be quickly transmitted to different terminals of the same user or other user terminals instantly without waiting.

A method is provided for designing and developing an SOA solution that comprises implementing a business process layer having a first set of architectural building blocks (ABBs) and configured to perform service composition and service decomposition; implementing a service component layer having a second set of ABBs and configured to perform service integration and service invocation; implementing a service layer having a third set of ABBs and configured to perform service discovery and service aggregation; integrating the business process layer, the service component layer, and the service layer; and specifying a set of characteristics of the first, second, and third sets of ABBs to be reconfigurable based upon extensible rules.

An identity management tool provides identity management across multiple domains, providing a single access point not only for information for runtime, network, and service layer information, but also for systems such as business support systems (BSS), operational support systems (OSS), and third party systems. The identity management tool creates a unified user profile that maps customer identities across the various domains, and presents the information in a virtual directory wherein the information appears to come from a single source, creating a central data hub for the various systems. This aggregation provides for the same experience and service across various access networks and using various channels. Such an architecture allows billing and service information to be shared with subscription and customer information, even though the data is substantially unrelated data from disparate data sources, without the need to combine schemas or aggregate the data into a single data store.

Service Capability Interaction Manager (SCIM)-type functionality is provided at a horizontal service layer in an Service Oriented Architecture (SOA)-based approach. SCIM composition is provided at multiple levels, including the level of composition where servlets have full access to the context information of the service layer. SCIM composition also occurs at the level of an application dispatching messages to multiple applications/services for processing the messages. The functionality at the service layer also can be programmed using policies, such that routing decisions can be made dynamically as the result of processing conditions and actions. An incoming message can result in a Web service being triggered that in turn triggers a BPEL or SOA workflow, the workflow calling multiple operations to process the message as a result of a routing table or header, environmental and contextual information at the service level, and other information such as user preference or presence information.

A framework (200, 300) for a composite application, the framework (200, 300) including: an object access layer (210, 330) operable to exchange data with a plurality of enterprise base systems (290a, b . . . z, 390a, b . . . z) and to present the data to a composite application through a uniform interface; a business object modelling layer (146, 410) including a business object modeller (146, 410) operable to provide a user interface for constructing a business object; the framework (200, 300) further including: a service layer (220, 340) operable to provide services to the composite application, wherein the service layer (220, 340) includes a collaboration services module (344) operable to provide a plurality of collaboration services to the composite application, wherein the object modelling layer (146, 410) is operable to directly link at least one of the plurality of collaboration services associated with the business object to the business object.

The invention discloses an implementation method for three-dimensional figure render based on a cloud computing framework. The implementation method includes the steps that existing scene description is uploaded to a scene root explorer of a cloud service system, a model needed by a scene is analyzed by the scene root explorer, and the model is uploaded from a memory system. The belonging model is packaged, a scene object is set, a render instruction supported by a specific renderer is generated, and the render instruction is packed and is sent to a render system. After the render instruction returns to a render picture, the picture is transmitted to an application layer and is displayed. A user interacts with the application layer, the application layer captures action events, and the action events are transmitted to a cloud service layer according to a protocol. After the cloud service layer receives the action events, a scene is automatically adjusted on the background of the cloud service layer according to new action parameters. Format conversion of packaging and render instruction is carried out for a second time, then the action events are transmitted to the render system and are rendered by the render system, and finally the action events are displayed on the application layer anew. Therefore, interactive edit and display of a three-dimensional scene are achieved.

“Tiered” groups of devices (tiered service radios) and/or licenses associated with the devices or users so as to provide a hieratical set of interference protection mechanisms for members of each tier of service are disclosed. Point-to-point and point-to-multipoint data links for any communication application, including wireless backhaul applications, are also disclosed. Exemplary systems, devices, and methods disclosed herein allow for the efficient operation of such a tiered service. Interference protection among tiered service devices belonging to one or more tiers of the service, from other devices within the same tier of service, or devices of other tiers of service, is disclosed. Identification of other devices of the same or differing tiers of service, and interference mitigation between other tiered service devices based upon intercommunication between the devices, and/or via a central registry database, are also disclosed.

The disclosure relates to a technique for providing interoperability between an Internet protocol multimedia subsystem (IMS) domain and a non-IMS domain. A method implementation of this technique comprises the steps of receiving on a service layer a service invocation message from a non-IMS domain, analyzing the message to identify the message as a request to invoke a service within the IMS domain, converting non-IMS session control protocol elements contained in the message into IMS session control related protocol elements, and generating an outgoing IMS message to establish an IMS control session.

A service layer is provided that is concerned with providing a service. Also, a network layer is provided that is concerned with communicating with devices. The concerns of each layer are separate. For example, the service layer performs the service without worrying about any network dependencies. Also, the network layer is concerned with communicating with devices without worrying about the services that are being performed. These layers, however, are configured to work together such that a result of the service layer is used by the network layer. For example, a service may be performed by the service layer and then the result of the service is communicated to a device using the network layer.

The invention discloses a power demand side monitoring system and method. A cloud computing technology is used, power consumption information forms a large power information resource pool, the power load is accurately predicted, the energy-saving potential is accurately mined, and a powerful guarantee is provided for reasonable, ordered, high-efficiency and safe power utilization, so that the aim of continuously utilizing the power is fulfilled. The system comprises a user layer, a data layer, a service layer and a monitoring layer, wherein the user layer is used for dividing the energy-saving method of the whole distribution system according to the industry difference; the data layer is used for acquiring power user data of the user layer by employing an intelligent load control terminal; the service layer is used for processing the data acquired from the data layer by employing the cloud computing and big data technology; and the monitoring layer is connected to the cloud of the service layer and is used for monitoring a power load in real time, counting the power consumption, checking and managing the power service condition and checking the energy-saving potential, so that the service type of the energy-saving equipment is determined.

The invention relates to the technical field of multi-source data processing, in particular to a cloud platform for achieving distributed isomerous data sharing and a data sharing method thereof. A system is composed of a sharing data cloud application layer, a cloud sharing data service layer, a system bridging layer and a service system layer. The three-layer data sharing and accessing control technology is adopted, and a data owner carries out setting on the synchronization mode and the sharing mode of sharing data by using adapter software running in a front-end processor and data resource management software running in a cloud end respectively, and carries out secondary confirmation on switching of the sharing data by setting certain operation procedures. Cloud end backup is carried out on the shared data through format transformation. The cloud platform for achieving the distributed isomerous data sharing and the data sharing method thereof solve the sharing problem of isomerous data, and can be applied to the sharing processing of multi-source isomerous data.

A system and method that enables session-based and non-session-based application services to be controlled and managed within the IMS/NGN architecture. The IMS/NGN architecture includes a service layer and a transport layer. IMS service control functions are implemented within the service layer, and RACF and transport functions are implemented within the transport layer. The transport functions include access and core network functions, which have corresponding QoS resources. The access or core network function includes an application service control function (ASCF), which includes a PD-FE and a functional element for inspecting packet data flows, and identifying and classifying application services associated with the flows. The ASCF is employed to signal the IMS service control functions on behalf of non-session-based application services, and to reserve and allocate the QoS resources needed to support packet data flows associated with the non-session-based services. As a result, service providers can provide users or subscribers of such non-session-based services with guaranteed or differentiated QoS and/or differentiated service plans, thereby allowing charges to be calculated for the non-session-based services and service plans that are commensurate with the value of the respective service or plan.

A packet mode (e.g. IP) group communication service layer is provided on top of a standard mainstream cellular radio network. Conceptually, the group communication layer includes a pair of basic logical entities, an application bridge and a call processing server (CPS). The bridge and the CPS run group service applications which communicate with group service application(s) in a mobile station MS over the IP connections provided by the radio network. The CPS is responsible for control plane management of group communications. The bridge is responsible for the real-time distribution of VoIP packets to the user terminals according to their group memberships over valid connections programmed by the CPS.

A middleware services layer for a platform system for a mobile terminal for a wireless telecommunications system, the platform system including a mobile terminal platform assembly having a software services component, and application software loaded, installed and run in said mobile terminal platform assembly. The middleware services layer comprises at least one application programming interface (API) for providing access to the mobile terminal platform assembly for loading, installing and running application software in said mobile terminal platform assembly; and, at the same time, isolates the platform assembly from the applications via the at least one API.

Provided is a mobile terminal device including a mobile cloud platform. The mobile cloud platform includes a mobile cloud platform layer, a mobile cloud application layer, and a mobile cloud service layer. The mobile cloud platform layer virtualizes resources provided from the mobile terminal device. The mobile cloud application layer provides a service requested by a user to the user through a virtual mobile terminal user interface. The mobile cloud service layer provides the requested service constantly regardless of a change of mobile terminal environment. The mobile terminal device forms a mobile cloud together with other mobile terminal devices. Each of the mobile terminal devices includes a mobile cloud platform.

The invention belongs to the technical field of the Internet of Things (IoT) security authentication, and discloses an IoT cross-domain authentication system and an IoT cross-domain authentication method based on a block chain. The system comprises a network layer, a service layer and a user layer. The network layer is a block chain network, and is an allied block chain formed by each domain separately serving as a network node; the service layer is a distributed application intelligent contract developed based on a block chain network, and can execute a complex machine language; and the userlayer is based on a user interaction interface developed based on the node of each domain, for implementing binding of the authenticated domain and distribution of an authentication key. According tothe system and method provided by the invention, the cross-domain authentication system based on security of the block chain can be implemented, the distributed storage of authentication schemes is implemented, and the authentication schemes are recorded on the block chain in the form of an account book, so as to be unable to tamper.

The invention discloses a method based on police affair big data center service construction. Through building of a police affair cloud data service layer, functions of data collection, data arrangement, data sharing and data analysis are realized, and the police affair cloud data service layer includes a data recourse sublayer, a service resource sublayer, a resource application sublayer, a data sharing platform and a big data platform. According to the method provided by the invention, through building of the police affair cloud data service layer, the functions of all police data collection, data arrangement, data sharing and data analysis are realized, the capability and level of technical service assurance of data processing and data sharing of a public security organization are comprehensively improved, a data mining and analysis capability is perfected and improved, and open and efficient data sharing application and data analysis and mining services are provided for all the police.