30 results about "Service Request Block" patented technology

A method for providing service chaining in a software-defined network (SDN)-based network system, the method including: receiving, at a controller, a first packet-in message from a first switch of a plurality of switches, which has received a service request packet from a user, to indicate that the first switch does not have a corresponding entry in a field extracted from the service request packet; extracting from the packet-in message both a service identifier that identifies a type of a service requested through the service request packet and a user identifier that identifies the user; and searching an entry database for an entry list that enables the service request packet to be forwarded to a network function list that corresponds to the service identifier and the user identifier, with reference to a service table, a user table, and a network function table which are associated with one another.

A system for limiting group access is provided. A representative system includes a group access management system operable to store a plurality of resource lists, the resource lists comprising at least one contact and at least one group comprising at least one member and further comprising a group class of service marker associated with the at least one group. The system further comprises a network service router coupled to the group access management system and being operable to route a service request, if the service request includes an adequate class of service marker with respect to the group class of service marker. Methods and other systems for limiting group access are also provided.

A system utilizing a Bluetooth enabled smart card to authenticate a user and provide the user with access to a service. The Bluetooth smart card system is comprised of a server and a client. The server is the component that resides on the device that provides the service to the user. The server initializes the system to receive service requests. Once there is a request, the server establishes a communication channel and reads the user identification from the client. The server determines if it matches user identification from a database. If so, the server then determines if the requested service is supported and then performs the services. The server then determines if there is a need to charge for the service. The server would then get billing information from the card and adds the charge to the credit card of the user.

A conveyance system comprises at least one user interface having at least one service request pushbutton for providing service requests to the conveyance system. An identifier device is provided to a passenger. The identifier device stores identifier device data for determining a service profile of the identifier device. The identifier device data in the identifier device is read when a passenger presses or touches a service request pushbutton of the user interface. Based on the data read from the identifier device, the service profile of the identifier device is determined. A service request connected to the service request pushbutton is activated based on the service profile.

In a two-way radio frequency (RF) communications system having a plurality of subscriber units (SUs) and a supporting infrastructure including a wireless core network, a service request is received indicating one of a device, application, and transport link that will be removed from service. One or more SUs out of the plurality of SUs are identified that will be impacted by the removal from service. A determination is then made of whether any one of the SUs is currently involved in an incident response. For each SU determined to be currently involved in an incident response, it is determined whether the respective incident response is of a non-interruptible incident response type. Responsive to determining that a SU is currently involved in a non-interruptible incident response, a notification is caused to appear at a network management console or a dispatch console, and the service request is at least temporarily suspended.

Methods, systems, and devices are described for improving resource management in wireless communications. More particularly, the methods systems and devices relate to techniques for suspending bearers when not required, for example, for D2D communications. In one example, a mobile device may send a connection request that indicates a service type. The connection request may be a service request (SR) or an extended service request (ESR). A set of bearers may be established for the intended communication(s). The indicated service type may not require all bearers of the set of bearers such that at least one bearer may be suspended.

The present invention concerns a method and a system for operating state machines concurrently in a computing system. One or more state machine families are generated. Each family comprises one master state machine type for receiving service requests from outside its family and for forwarding the received service requests for servicing, and one or more slave state machine types for receiving and servicing the forwarded service requests. A thread pool is allocated to one or more state machine families. Each thread pool is specific to one state machine family and comprises one or more threads for executing the master instance and slave instances of the corresponding state machine family. State machine instances of one or more generated state machine families are assigned to corresponding threads of the allocated thread pools for execution.

The invention discloses a service connection system and a design method therefor. The connection system comprises a service library, a service invoking unit, a format conversion unit and a universal invoking interface unit, wherein the universal invoking interface unit can invoke a WS format service and / or a service in the service library according to a service identifier contained in a service request to realize communication between the service and a business corresponding to the service, and invoke an EJB format service according to the service identifier contained in the service request to realize data communication between the services, thereby returning data to a requester according to request data contained in the service request and a format of specified returned request data. By implementing the service connection system and the design method therefor, the requester of a software service does not need to couple a code of a service provider; and when the code of the service provider is upgraded or reconstructed, corresponding upgrade does not need to be carried out by the requester, and communication can be implemented between various services, so that developers can complete related functions without the need for performing repeated panel work.

A method for processing an incoming message in substantially real-time is provided. The method may include receiving the incoming message in response to a condition associated with a client device. The incoming message may be processed using a message handler and an approved rule. The approved rule may be operatively associated with an approved message structure that is compatible with a backend system. The processed message may be provided to the backend system in the approved message structure. The method may also include sending a reply message to a destination.

A system, method, program product and service for processing a multiple service level bid in a resource management framework. A buyer's agent is provided to receive a multiple service level request from a business unit and query a resource unit broker for available resource types that can be utilized to provide at least some of the service level requirements of the multiple service level request. A mapping system is provided to map the available resource types to a list of resource sets (i.e., bidding options) and a prioritization system is provided to order the list. Once the list is ordered, a bidding system is provided to submit a bid for the highest priority resource set.

A method for allowing portions of programs to be executed on a System z Integrated Information Processor (zIIP). A service call is inserted at the beginning of the zIIP eligible code to enable enclave Service Request Block (SRB)-mode execution on the zIIP processor. An additional service call is inserted at the end of the zIIP eligible code to disable the enclave SRB-mode execution. A module in the operating system, referred to herein as the “zIIP shifter module,” is configured to detect these service calls thereby implementing and terminating the SRB-mode execution so that the zIIP processor executes the zIIP eligible code for the appropriate duration of time. In this manner, only a portion of the programs that contain eligible zIIP executable code is executed on the zIIP processor without requiring the programs to be entirely restructured thereby reducing development cost and improving software development productivity.

An embodiment of the present application provides a management platform, an enterprise service management system, and a management method. The system comprises a service requesting end, a management platform and a service supplying end, a service requesting end, and a communication connection between the management platform and the service supplying end. The service requesting end issues a task request to the management platform, and the management platform matches the corresponding service type according to the task request and screens a service supplier, and generates an order invitation andsends it to a service supplier. A service provider accepts the order invitation and applies the processing flow to the management platform, and implements the requested task in the task request according to the processing flow. The management platform provides a variety of business types of processing flow, in order to uniformly manage the service direction and progress, monitor the service provider to implement the task requested by the task request, and the service requester is easy to understand and monitor the implementation progress of the requested task.

A system and computer program product for allowing portions of programs to be executed on a System z Integrated Information Processor (zIIP). A service call is inserted at the beginning of the zIIP eligible code to enable enclave Service Request Block (SRB)-mode execution on the zIIP processor. An additional service call is inserted at the end of the zIIP eligible code to disable the enclave SRB-mode execution. A module in the operating system, referred to herein as the “zIIP shifter module,” is configured to detect these service calls thereby implementing and terminating the SRB-mode execution so that the zIIP processor executes the zIIP eligible code for the appropriate duration of time. In this manner, only a portion of the programs that contain eligible zIIP executable code is executed on the zIIP processor without requiring the programs to be entirely restructured thereby reducing development cost and improving software development productivity.

The invention discloses a digital asset transaction method. The method comprises: an interface layer receiving a digital asset transaction service request sent by a website side and sending the service request to a business layer; and the business layer receiving the service request and distributing the service request to the corresponding module for corresponding processing according to the service request. The invention also discloses a digital asset transaction system and a computer readable storage medium. The digital asset transaction method based on the block chain technology is large inconcurrent capacity and high in transaction speed.

A method of chaining together multiple dependent web-based procedure calls into a single request is disclosed. A request containing multiple MIME encoded service requests is transmitted to a first service. The request is parsed and the first service identified and performed. The results of the first service are appended to the remainder of the request which is forwarded to a second service listed in the request. The second service listed in the request may use the output of the first service as input and performs the second service. The process continues until the last service listed in the request is performed. Any output from the performance of the service requests is returned to the requesting device following execution of a MIME encoded callback request, the callback request being embedded in the original request following the last of the listed service requests.

The present invention relates to a method and system for concurrently operating state machines within a computing system. Generate one or more state machine families. Each family includes a master state machine type for receiving service requests from outside the family and forwarding received service requests for servicing, and one or more assist state machine types for receiving and servicing forwarded service requests. Assign thread pools to one or more state machine families. Each thread pool is dedicated to a state machine family and includes one or more threads for executing the master and helper instances of the corresponding state machine family. One or more state machine instances of the generated state machine family are assigned to corresponding threads of the assigned thread pool for execution.

The invention discloses a large service system which comprises a unified access module (21), a unified service module (22), a large knowledge base module (23), a resident module (24), a data analysis module (25) and a peripheral system access module (26), wherein the unified access module (21) accesses and feeds back the service requests of multiple service terminals (1) in a unified manner; the unified service module (22) transacts the service requests; the large knowledge base module (23) provides various kinds of information to the unified service module (22); the resident module (24) recommends proper application according to the service requests; the data analysis module (25) performs management, extraction, analysis and statistics on various kinds of data; and the peripheral system access module (26) is connected to a peripheral support system (3). An operator-led perfect unified service system based on an industrial network is established, the inter-department and inter-enterprise barriers are broken, interaction between the client and the whole industrial chain is realized, a closed-loop management cooperation mode with a full flow is established, the service quality and service efficiency are improved; and the large service system is client-focused and can enhance the client experience.

The embodiment of the application discloses a database access method and system, wherein, the method comprises the following steps: obtaining a service request; judging the type of the service request; Wherein the types include services related to public data and services related to personal data; If the type of the service request is a service related to the public data, the service request is forwarded to the corresponding master database master node; If the type of the service request is a service related to personal data, the service request is forwarded to the corresponding branch masternode. By adopting the technical scheme, the balance of accessing quantity of each database can be ensured, the access efficiency of users is improved, and the technical problems of low data access rate and network congestion caused by the sudden increase of accessing volume of a certain database under the condition of high concurrency are effectively avoided.

An electronic alert system and a related method of operation for identifying, determining, and reporting chronically-problematic responses for service request and fulfillment between a service requester and a service performer are disclosed. In one embodiment, the electronic alert system identifies and determines a chronically-problematic response by analyzing two relational data sets. A first set of relational data set correlates time elapsed between a first service request bell press by a service requester from a service request device, and a confirmatory signal of successful service fulfillment from a service request reception device held by the service performer, or from the service request device. Furthermore, a second set of relational data set correlates a number of repeated service request bell presses by the service requester, a time interval between each bell press, and the confirmatory signal of successful service fulfillment from the service request device or the service request reception device.

A method and corresponding system are provided for providing service-on-demand from a service provider (SP) via an electronic network to customers requesting the service, comprising a plurality of third-party service providers (TPSPs) for providing one or more service-on-demand (referred to as TPSP service) as a possible contribution to the service requested by said client. The method includes the steps of: a) invoking the meta-service selector (MSS) to select the best TPSP service according to a predetermined evaluation scheme with reference to a predetermined evaluation attribute and a predetermined evaluation algorithm, b) sending a query for TPSP to the TPSP A query request for the corresponding request attribute of the service, wherein the query request requires the query service attribute information to be provided that is formatted according to the interface data scheme agreed between the query SP request and the TPSP service, d) according to A predetermined rating scheme is used to evaluate the queried information from said plurality of TPSPs, e) a particular TPSP service is selected to provide it to service requesting customers of the SP via the electronic network.

A computer implemented method delivers information technology services according to a set of service level agreements. A service request class having a largest control error is identified from a plurality of service request classes. The service request priority of the service request class having the largest control error is then increased to form an updated priority. Service requests for the plurality of service request classes are dispatched in a next control iteration based upon the updated priority.

A system, method and the like for seamlessly integrating disparate applications, such as channel applications and off-the-shelf business process management (BPM) services / applications through use of a core process framework that provides a vendor / third-party entity-agnostic approach to application integration. The core process framework provides various fundamental processes that are shared amongst applications that are in communication with the framework. The core process framework leverages a headless BPM and middleware integration patterns that serve to create an open architecture with reduced dependency on the third-party entity / vendor providing the BPM service. In this regard, the core process framework of the present invention provides a service platform that clients (i.e., channel applications) can make service requests / calls to, via an integration gateway or the like, to perform multiple different generic BPM engine-related operations.

A computer implemented method delivers information technology services according to a set of service level agreements. A service request class having a largest control error is identified from a plurality of service request classes. The service request priority of the service request class having the largest control error is then increased to form an updated priority. Service requests for the plurality of service request classes are dispatched in a next control iteration based upon the updated priority.

The present disclosure relates to estimating service resource consumption based on response time. Embodiments of the present disclosure provide a computer-implemented method comprising: defining a workload that includes a plurality of service requests, each service request corresponding to one of a plurality of categories; and applying the workload to a computer that receives and processes the service request. A system; measuring a computer system's response time for each request for a workload; estimating an average service demand for each category based on the response time and a basic queuing model representative of the computer system; and, generating a queuing model based on the average service demand and characteristics of the workload. .

Methods, systems, and devices are described for improving resource management in wireless communications. More particularly, the methods systems and devices relate to techniques for suspending bearers when not required, for example, for D2D communications. In one example, a mobile device may send a connection request that indicates a service type. The connection request may be a service request (SR) or an extended service request (ESR). A set of bearers may be established for the intended communication(s). The indicated service type may not require all bearers of the set of bearers such that at least one bearer may be suspended.

A method and system are disclosed for creating portfolios of requests so as to reduce or minimize the variance in the workloads generated by those requests. The invention also takes into account the throughput of the servers that are servicing the requests. In a preferred embodiment, the method comprises the steps of establishing a set of system parameters; using said parameters to generate a model, said model including a defined optimization problem; and solving said optimization problem to output a set of mixing weights. The set of parameters and said mixing weights are used to generate a task; and the service requests are distributed to different service teams according to the generated task. Also, for example, the distributing may be done by distributing requests of type i to team j with weight proportional to wij.

An after-sales service platform based on cloud architecture, comprising an application layer (1), a service layer (2) and a database layer (3). The application layer (1) is configured to supply service to the external. The service layer (2) is configured to respond to a service request of the application layer (1). The database layer (3) is configured to store and manage data resources input from the application layer (1). The service layer (2) comprises a communication server (21) and a plurality of web servers (22). The database layer (3) comprises a communication database (31) and a plurality of application databases (32). The communication server (21) is configured to manage communication between the application layer (1) and the service layer (2). The communication database (31) is configured to store communication information between the application layer (1) and the service layer (2). The web servers (22) are configured to respond to the service request of the application layer (1). The application databases (32) are configured to store and manage the data resources input from the application layer (1). User information and maintenance information in the data resources input from the application layer (1) are sent to a manufacturer client (100), such that the manufacturer client (100) properly distributes maintenance points according to the user information, and determines products having high repair rate according to the maintenance information, so as to determine a research and development direction.

A method, system and computer program product for allowing portions of programs to be executed on a System z Integrated Information Processor (zIIP). A service call is inserted at the beginning of the zIIP eligible code to enable enclave Service Request Block (SRB)-mode execution on the zIIP processor. An additional service call is inserted at the end of the zIIP eligible code to disable the enclave SRB-mode execution. A module in the operating system, referred to herein as the “zIIP shifter module,” is configured to detect these service calls thereby implementing and terminating the SRB-mode execution so that the zIIP processor executes the zIIP eligible code for the appropriate duration of time. In this manner, only a portion of the programs that contain eligible zIIP executable code is executed on the zIIP processor without requiring the programs to be entirely restructured thereby reducing development cost and improving software development productivity.