82 results about "Web service management" patented technology

Systems and methods for network service management, wherein the internet service management system includes one or more components which collectively enable an administrator to obtain a site-wide view of network activities on servers such as web servers, FTP servers, e-mail servers, domain name servers, etc. In addition to collecting information relating to web server latency and processing time, the internet service management system may collect actual user transaction information and system information from end users on client computers. The internet service management system may provide domain summary information for a domain, or it may provide management information organized by "categories" according to how a site manager wants to view and manage his business; e.g., byline of business (books, auctions, music, etc.), by site function (searches, shopping cart, support, quotes, sales automation), or most any other categorization customers may choose.

A network service administration system including a plurality of service objects, a plurality of address objects; and a service configuration application for a multifunction appliance running on a client computer coupled to the appliance via a network. The service configuration application includes an interface allowing subscribers to configure at least a subset of application content services provided by the appliance and including a rule set implementing rules in ones of said application content services in said subset based on changes to configurations of any other of said application content services. Each of said service objects may comprise an individual network service definition.

A network management system for a multi-layer network having multiple architectural or technological domains includes an inter-domain configuration manager arranged between a set of one or more network service management applications and a set of network element domain managers, each of the domain managers being associated with a particular domain of the multi-layer network. The configuration manager implements network service design and provisioning functions across the domains of the network in conjunction with stored connectivity information characterizing the multi-layer network. The network management system further includes an inter-domain fault manager and an inter-domain capacity manager, which provide respective fault management and transport capacity management functions across the domains of the multi-layer network. The inter-domain configuration manager, inter-domain fault manager and inter-domain capacity manager may be interfaced to the set of network service management applications and the set of network element domain managers through corresponding published Common Object Request Broker Architecture (CORBA) Application Programming Interfaces (APIs).

A network service management server is provided for an internal network operated by a multi-system operator, at a selected location of the internal network, such as a network head-end. The server registers a client connecting to one of the network entities. It also assigns to the client an address associated with the one of the network entities to which the client is connected. The server manages network services by handling information relating to network services for the client based on the assigned address. The server can handle network services for the client based solely on the clients assigned IP address.

The invention provides quality assured network services in a multi-domain network and comprises a network service management device for managing device clusters incorporated within the operations management network of each provider network and receiving service orders, and a multi-domain service broker for providing a broker function for achieving agreement between a plurality of providers, and the multi-domain service broker further comprises a device for collecting domain information and information relating to the services each provider is able to provide from the network service management devices, and a device which on receipt of a network service request from a customer, extracts the network service management device of the domain which is able to satisfy the required quality level, and then issues instructions for the setting of the required information within the extracted network service management device.

Public and private network service management systems and methods are disclosed. Rules for accessing a private services network in which network services are available are enforced so as to restrict access to the services network through a public network in accordance with policies of the services network. Use of network services by a client of the private services network through the public network is controlled according to network service access policies associated with the network services. Network services provided by clients of the services network which access the services network through a public network may also be offered to other clients of the services network through the services network and the public network.

Systems and methods for network service management, wherein the internet service management system includes one or more components which collectively enable an administrator to obtain a site-wide view of network activities on servers such as web servers, FTP servers, e-mail servers, domain name servers, etc. In addition to collecting information relating to web server latency and processing time, the internet service management system may collect actual user transaction information and system information from end users on client computers. The internet service management system may provide domain summary information for a domain, or it may provide management information organized by “categories” according to how a site manager wants to view and manage his business; e.g., byline of business (books, auctions, music, etc.), by site function (searches, shopping cart, support, quotes, sales automation), or most any other categorization customers may choose.

A network service administration system including a plurality of service objects, a plurality of address objects; and a service configuration application for a multifunction appliance running on a client computer coupled to the appliance via a network. The service configuration application includes an interface allowing subscribers to configure at least a subset of application content services provided by the appliance and including a rule set implementing rules in ones of said application content services in said subset based on changes to configurations of any other of said application content services. Each of said service objects may comprise an individual network service definition.

Embodiments of the present invention provide a system and method for service management in a distributed database environment. In general, embodiments of the present invention provide a service manager that connects to or is part of a database appliance that collects database performance data in the distributed database system. The database appliance accesses traffic between database clients and database servers and collects a variety of database performance statistics without having to rely on agents at the database clients or database servers. The service manager can access the performance data from the database appliance (locally or over communications link) and archive the performance data. Additionally, the service manager can compare items of the performance data (e.g., specific performance statistics) to user defined thresholds. If a threshold is met, the service manager can notify a user by, for example, sending an email.

An apparatus, system, and method for creating and managing a data server-managed web services runtime. A generic web service runtime module and associated runtime controller are deployed on an application server. The runtime controller monitors a web services management metadata store for changes in the web service metadata defining the available data access based web services. If a change is detected, the generic web services runtime automatically updates the web service artifacts and web service endpoint interface associated with the affected web service such that the change in the web service metadata is reflected in the data access-based web service. A user manages the web services management metadata store and defines and manages data access-based web services from the database containing the web services management metadata store without interacting with the application server.

The invention provides quality assured network services in a multi-domain network and comprises a network service management device for managing device clusters incorporated within the operations management network of each provider network and receiving service orders, and a multi-domain service broker for providing a broker function for achieving agreement between a plurality of providers, and the multi-domain service broker further comprises a device for collecting domain information and information relating to the services each provider is able to provide from the network service management devices, and a device which on receipt of a network service request from a customer, extracts the network service management device of the domain which is able to satisfy the required quality level, and then issues instructions for the setting of the required information within the extracted network service management device.

Tenant and service management for an Identity Cloud Service (IDCS) is provided. A request is received, from a Tenant Automation System (TAS) over a network, to create an IDCS service instance for a tenant. The IDCS service instance is created using a task execution framework that includes a task orchestrator and a plurality of synchronous tasks, the task orchestrator instantiating the tasks, controlling the tasks and generating a response to the request. A response, indicating that the IDCS service instance for the tenant has been created, is sent to the TAS over the network.

The invention provides a lightweight RPC framework capable of service management and language calling, which comprises a registration center, a server and a client, wherein the registration center is connected with the server and the client; the server is connected with the client; the server registers service provided by statement to the registration center and is exposed to the registration center in a service specification path through a ServerBootstrap exposure strategy; the client carries out initialization and subscribes specified service to the registration center; the registration center returns a service list to the server; the client builds connection with the server to which the registration center returns information, and RPC service calling is carried out. The lightweight RPC framework capable of service management and language calling can be highly adaptive to a company environment, service management, cross-language calling, lightweight deployment and service code decoupling can be carried out, and the problems that micro server is hard to manage and cross-language calling is hard can be solved.

The invention discloses a three-network convergence-oriented digital home network service management system and a three-network convergence-oriented digital home network service management method, which are used for providing undifferentiated service for a user screen. The management system consists of a safety management subsystem, a control subsystem, a service management subsystem, an external network access subsystem and an application domain network access subsystem; the system uniformly manages various applications provided by a digital home in a service mode and provides basic service management functions such as service query, order, use and the like for a user, so that the expandability, the configurability, the operability and the manageability of digital home network service are enhanced; meanwhile, the system is expanded and improved on the basis that the conventional service management system only supports the Internet service so as to support three heterogeneous networks, namely a computer network, a telecommunication network and a broadcast television network, and effectively overcome the defect that the services of the heterogeneous networks are difficult to converge; and a home gateway provides a uniform service interface for the user, so that the difference of underlying communication technology among different networks is shielded; therefore, the process of using the service by the user is clearer and simpler.

Fiber optic terminals, systems, and methods for providing differentiated network services to subscribers of a fiber optic network are disclosed. In certain embodiments, fiber optic terminals and methods are disclosed for providing more than one network service to subscribers supported by the same fiber optic terminal. In one embodiment, a fiber optic terminal is provided comprising a first optical path connected to a first network-side optical fiber providing a first network service to a first subscriber-side optical fiber. The fiber optic terminal also comprises a second optical path connected to a second network-side optical fiber providing a second network service differentiated from the first network service to a second subscriber-side optical fiber. In this manner, differentiated network services can be provided to subscribers supported by the fiber optic terminal by configuring connections of the subscribers to either the first optical path or second optical path in the fiber optic terminal.

The invention relates to a trusted network identity management and verification system and method. The method comprises the following steps that: a user identity management unit maintains network identity information of a user, binds a network identity of the user with public key information, and registers the bound network identity and public key information to a trusted identity maintenance unit; a network service management unit manages an Internet service, binds corresponding public key information with a domain name, and registers the bound public key information and domain name to the trusted identity maintenance unit; the trusted identity maintenance unit deploys a DNSSEC (Domain Name System Security Extensions) protocol, and maintains identity and public key binding information of the user and the Internet service; an Internet user unit saves and manages private key information of the Internet user unit, and acquires information of a trusted Internet service provider by inquiring the trusted identity maintenance unit; and an Internet service provider unit saves and manages private key information of the Internet service provider unit, and acquires user information by inquiring the trusted identity maintenance unit. Through adoption of the trusted network identity management and verification system and method, functions such as bidirectional identity authentication, key negotiation and secure communication between the service provider and an Internet user can be supported.

The invention discloses a NAS (network attached storage) cluster system. The cluster system comprises at least two nodes connected through a network, wherein a resource management unit, an NAS service management unit, a network service management unit and a high-availability management unit are arranged on each node, the high-availability management units select control nodes from all nodes, the high-availability management units for the control nodes regularly execute high-availability management, including receiving node physical information reported by the network service management units, updating a node resource pool, sequentially detecting all nodes in a fault state or active state in the node resource pool and conducting corresponding processing according to pre-configured strategies. The NAS cluster system reasonably configures virtual IP resources and dynamically adjusts the state of cluster nodes, so that balanced allocation of logic resources is realized as far as possible, the utilization rate of physical sources is increased, and the cluster operation cost is reduced.

A VPN service management system enabling a customer to rapidly and easily change a VPN service condition, that is, a VPN service management system for managing a VPN service for a communication network provided with a customer network and a provider network and having a VPN service manager for managing a VPN service for a provider network and a VPN service agent for managing a VPN service for a customer network. The VPN service manager changes the VPN service condition in real time in accordance with an operation status of the customer network in cooperation with the VPN service agent.

The present invention provides a lightweight RPC framework implementation method capable of service management and language call. The method comprises the following steps: a server registers and declares provided service to a registration center, and exposes itself to the registration center in a service standard path through a Server Bootstrap exposure strategy, a client performs initialization and subscribes the given service to the registration center, the registration center returns a service list back to the server, the client is connected with the server which the registration center returns information back to for performing RPC service call; and lightweight RPC framework implementation method capable of service management and language call can highly fit for the company environment to perform service management, language call, lightweight deployment and business code decoupling so as to solve the problem that the micro service is difficult to manage and difficult for the cross-language call.

Fiber optic terminals, systems, and methods for providing differentiated network services to subscribers of a fiber optic network are disclosed. In certain embodiments, fiber optic terminals and methods are disclosed for providing more than one network service to subscribers supported by the same fiber optic terminal. In one embodiment, a fiber optic terminal is provided comprising a first optical path connected to a first network-side optical fiber providing a first network service to a first subscriber-side optical fiber. The fiber optic terminal also comprises a second optical path connected to a second network-side optical fiber providing a second network service differentiated from the first network service to a second subscriber-side optical fiber. In this manner, differentiated network services can be provided to subscribers supported by the fiber optic terminal by configuring connections of the subscribers to either the first optical path or second optical path in the fiber optic terminal.

A network service management server is provided for an internal network operated by a multi-system operator, at a selected location of the internal network, such as a network head-end. The server registers a client connecting to one of the network entities. It also assigns to the client an address associated with the one of the network entities to which the client is connected. The server manages network services by handling information relating to network services for the client based on the assigned address. The server can handle network services for the client based solely on the clients assigned IP address.

A Centralized Authentication & Authorization (CAA) system that facilitates secure communication between service clients and service providers. CAA comprises a Service Request Filter (SRF), a Service Client Authentication Program (SCAP), a Service Authorization Program (SAP), and an Authorization Database (ADB). The SRF intercepts service requests, extracts the service client's identifier from a digital certificate attached to the request, and stores the identifier in memory accessible to service providers. In the preferred embodiment, the SRF forwards the service request to a web service manager. The web service manager invokes SCAP. SCAP matches the identifier with a record stored in ADB. SAP queries ADB to determine if the service request is valid for the service client. If the service request is valid, SAP authorizes the service request and the appropriate service provider processes the service request.

The invention discloses a design of an active wireless sensor platform based on middleware. The present invention designs a general-purpose middleware system supporting active wireless sensor networks. The middleware system can run on sensor network nodes with limited resources. The system provides network service management, data management and task management functions, and provides user-customizable The network node service function allows it to be applied in different sensor network environments to meet the requirements of code sharing, reduce the development cycle of sensor network application programs, and increase the robustness of sensor network software. The technical solution adopted in the present invention is: a general-purpose middleware system for active wireless sensor networks based on mobile Agent technology, the system includes an application layer composed of a plurality of dynamic Agents, a plurality of system service modules located under the application layer, and a A mobile agent execution environment on the network layer, and an active packet manager on the network layer.

A system and method for providing process management services in an enterprise application are disclosed comprising at least one remote Web service, the method comprising registering available process management objects associated with the at least one remote Web service with a process management object server (PMOS) at the enterprise application, the process management objects comprising at least one process management service, receiving, at the enterprise application, a request for the at least one process management service, communicating, from the PMOS, the request for the at least one process management service to the process management object, and returning process management information from the process management object responsive to the request.

The invention relates to a Web data processing method based on formal concept analysis. The method comprises the steps of analyzing the latent semantic relation of Web services on each granularity level by using the prior Web service describing information, expressing the relation between the services by using a concept lattice so as to realize concept grouping of the Web services, and providing an increment maintenance method for a service lattice to realize Web service management. A reduction method for the service lattice is provided through research on the similarity of the services under the condition of gradual increment of Web service quantity and category in Internet environment. The established service lattice carries out service search according to service request.

The invention provides a method for Web service management, which comprises: executing operation flow, obtaining running information concerning the operation flow, obtaining status information concerning Web service in the operation flow through a predefined interface, calculating SLA service quality parameters according to the running information of the operation flow and the status information of Web service and judging whether the SLA service quality parameter can satisfy the preset SLA target parameter; if the answer is yes, the operation flow is continuously executed, and if the answer is no, Web service which satisfied the preset SLA target parameter is searched and new operation flow is generated according to the Web service. The method of Web service management of the invention can ensure the real-time monitoring of the operation flow and realize the self-adapting dynamic adjustment of the operation.

The invention discloses a communication connection method, a communication connection system and a storage medium, applied to an Internet of Things (IoT) equipment system. The IoT equipment system comprises an authentication server, a network service management platform and a sensor node. The method comprises the steps as follows: the authentication server initializes and opens a key parameter, sothat each node generates a public key and a private key according to the key parameter; the private key updates according to current time; when a sensor node request is added, an verification application sub-group is received via the network service management platform; the verification application sub-group is subjected to a decryption operation according to the private key at the current time,and identity information of the network service management platform and the sensor node are verified according to a decryption result; a verification result is sent to the network service management platform and the sensor node, so that any one of the network service management platform and the sensor node builds a communication connection after judging that the identity information of the other party is safe. The security of communication between the equipment in the IoT equipment system is enhanced.