34 results about "Business process monitoring" patented technology

A method and apparatus for generating a monitoring view of an executable business process. The method comprises the steps of: obtaining a business process model from an executable business process template; generating a business process monitoring model from the business process model; obtaining status data of a business process instance from a business process engine; generating a business process monitoring model instance by combining the status data with the business process monitoring model; and presenting the business process monitoring model instance as a monitoring view for a user to monitor a running business process instance. The apparatus includes hardware for accomplishing the foregoing method steps.

A business process management system comprises a core process model and a highly configurable extension component. The extension component includes extension process elements and functionality that are configured to operate in connection with a subset of core process elements so as to execute a particular business process management function on the subset. The extension process elements and functionality are entirely separate from and are not a part of the process flow containing the subset of core process elements such that the business process management function does not affect or influence the core process flow. Examples of business process management functions configurable for such purposes include service level agreements, business process monitoring and KPI collection, policy compliance and trend prediction.

The invention discloses a method for monitoring the flow of a cross-business system, firslyt, BPM allocates a unique enterprise flow real example number for each flow when beginning the flow, wherein, the number is reserved constantly for transmission during the process of flow transfer; a business flow system provides a public service interface for receiving the flow processing information to a business flow monitoring database. At the same time of processing a business node, each business system transmits business data to business flow monitoring service and submits the information about flow node treatment; a business flow monitoring platform classifies and reconstructs the flows according to the unique flow real example number allocated by the BPM, thus acquiring the flowing status and the business information for the cross-business system flow. The invention can assure good stability for the enterprise information integral infrastructure and have brilliant expandability.

Methods and apparatus are provided for creating a monitoring template for a business process. A monitoring template for a business process monitoring system is generated by providing a predefined schema definition for the monitoring template, wherein the predefined schema definition comprises a predefined format for describing the business process monitoring system using one or more predefined keywords, wherein the predefined schema definition comprises at least one monitoring model element that allows a user to specify one or more monitoring elements required to generate the business process monitoring system; and receiving a specification of the one or more monitoring elements from the user. The monitoring template can be used, for example, to generate deployable code for an operational runtime version of the business process monitoring system. The monitoring template allows monitoring models and business process monitoring systems to be reused.

A computer-implemented business process monitoring system and method are disclosed. The business process runs in a Business Process Management Suite (BPMS) having a BPMS monitoring component. The activities of the business process communicate with services running in a Service Oriented Architecture (SOA) having an SOA monitoring component. The system includes memory which stores a concept probe and optionally a business process probe. The concept probe receives information from the BPMS monitoring component and the SOA monitoring component about activities associated with the concept probe and aggregates the information, generating alerts. The business process probe receives information from the concept probes and the BPMS and aggregates the data, generating alerts.

The invention discloses a service monitoring method in a cross-system heterogeneous environment. A monitoring center generates service feature labels having global significance and a service displaying flow and sending the service feature labels down to service systems; the service systems arrange corresponding service feature labels to service links in the service flow; the monitoring center obtains the service feature labels from service link information returned by each service system, carries out clustering analysis on the service links of a monitored service, and generates a service flow monitoring graph dynamically according to the service displaying flow. According to the service monitoring method and system in the cross-system heterogeneous environment, standardization of links is realized by utilizing the service feature labels; the service flow is monitored, and the problem of heterogeneous link understanding in the flow monitoring due to the heterogeneous environment is solved; the difference of links between the service systems is shielded; and the whole flow monitoring is dynamically carried out, and service personnel are allowed to monitor the whole flow links conveniently.

Systems, methods, and computer program products are provided for enhanced business process monitoring. The system may receive input identifying a transaction segment, receive past operational data associated with the transaction segment, generate a unique electronic signature associated with the transaction segment, associate a threshold with the transaction segment, and monitor the current operational data associated with the transaction segment to determine if the threshold has been exceeded.

The invention belongs to the technical field of data management and specifically relates to a method for monitoring a business flow based on complex event processing technology. The method comprises limiting a flow query language according the context of the business flow and event semantics; establishing a basic complex event mode matching model with the flow query language; establishing an event-based life cycle model on the basis of the basic complex event mode matching model; providing an event cleaning algorithm on the basis of the basic complex event mode matching model; and providing a mode-spanning event sharing algorithm on the basis of the basic complex event mode matching model. A high-adaptability flow monitoring algorithm achieved on the basis of the complex event mode matching model has a high-efficient event cleaning and sharing mechanism. The method is capable of effectively supporting real-time business flow monitoring and has characteristics of high processing performance, strong flexibility, and high throughput rate even under the condition of massive events and massive query.

The invention discloses a multi-part collaborative service process monitoring system based on a Web service arranging description language. The multi-part collaborative service process monitoring system based on the Web service arrangement description language is composed of a service process modeling module, a service process displaying module, a monitoring metadata model module, a client-end packet acquirer module, an event engine module, a monitoring system server module, a data receiving server module and a report customizing and displaying module, wherein the client-end packet acquirer module is capable of acquiring network packets according to monitoring files and analyzing the relation between interactive information and the network packets, enabling several network packets which belongs to the same conversation to be analyzed and enabling the network packets to be packaged and related according to the conversation through a reconstruction algorithm to form message chains; and information contained in the message chains is extracted to be stored into a database or to stimulate an event engine to trigger an event. The multi-part collaborative service process monitoring system based on the Web service arrangement description language is used, cross-region / cross-system multi-part collaborative service process monitoring can be achieved, and the problems that service process modeling is difficult and service process monitoring can not be carried out are effectively solved.

The invention relates to a business process monitoring method and apparatus in an enterprise resource planning (ERP) system. According to the method, business process execution data are obtained in the ERP system, and a mapping relation between a to-be-monitored business process in the business process execution data and a standard business process in a standard process database is established; on the basis of the corresponding standard business process, a process monitoring rule of the to-be-monitored business process is set; according to the set process monitoring rule, monitoring examination is executed on the to-be-monitored business process and whether the actual operation process of the to-be-monitored business process meets the process monitoring rule is examined; and the monitoring examination result is outputted finally. According to the invention, for the business process of the ERP system, the service process execution data are obtained from the ERP system and the process monitoring rule is defined; and according to the process monitoring rule, the obtained process execution data in the ERP information system are examined regularly or in real time so as to output information of problems existing in the process. Therefore, defects of process monitoring in the prior art can be overcome; and the effective support is provided for improvement promotion of the enterprise business process system.

The invention provides a business process monitoring method. The business process monitoring method comprises the following steps: acquiring business data reported by a target business process throughtriggering a buried point; determining a report data source of the service data, and storing the reported service data to a corresponding process report set; triggering a matched data verification process based on the stored service data in the process report set; verifying the stored service data in the process report set through the data verification process to obtain a corresponding service data verification result; and performing visualization processing on the business data verification result, and sending the business data verification result subjected to visualization processing to a display interface of the terminal, thereby obtaining the visualized business data verification result, and effectively shortening the business data reporting verification time. The labor cost and the hardware cost of business process monitoring are reduced, large-scale popularization of automatic business process monitoring is facilitated, and the use experience of a user is effectively improved.

a computer-implemented business process monitoring system includes a set of concept probes. Each concept probe is communicatively connected to a monitoring component of an associated business process management (BPM) infrastructure. In response to the BPM infrastructure deploying a domain-specific business process activity—including at least one manual task—each concept probe queries the BPM infrastructure for manual task information associated with execution of the business process activity. In response to receiving the manual task information from the BPM infrastructure and activity information acquired from an associated second probe connected to the BPM infrastructure, each concept probe correlates the manual task information with the activity information. Each concept probe generates monitoring information based on the correlated data.

Methods and apparatus are provided for specifying a monitoring intent of a business process or a monitoring template. A monitoring intent of a business process monitoring system is defined by providing a predefined schema definition for the monitoring intent, wherein the predefined schema definition comprises a predefined format for describing the monitoring intent using one or more predefined keywords, wherein the predefined schema definition comprises a description of the monitoring intent and one or more contextual keywords; and receiving a specification of the description and the one or more contextual keywords from the user. The monitoring intent generally specifies one or more monitoring requirements of the business process monitoring system. The monitoring intent of a business process or a monitoring template may be matched with one or more search keywords. The predefined schema definition for the description comprises a set of expression rules.

The invention provides a business process monitoring method, device and system. The method comprises the following steps: enabling a monitoring server to acquire flow node configuration information obtained by configuring a service system to be monitored in advance according to a monitoring demand; respectively sending the flow node configuration information of each service system to a monitoringagent terminal pre-deployed in the corresponding service system, and obtaining the process node data fed back by each monitoring agent terminal; analyzing the received data of each process node according to the service identifier; obtaining cross-business system business process circulation information; on the basis that codes of all service applications do not need to be modified at all, monitoring of the cross-service-system service process is achieved, due to the fact that the process node configuration information is configurable, modification can be conducted according to the actual monitoring requirement, the process node configuration information takes effect in the running process, the applications do not need to be restarted, and flexible monitoring of the service process is achieved.

The invention provides a method and a system for monitoring an all-station producing and broadcasting service flow, and relates to the field of all-station producing and broadcasting monitoring technology. The method comprises: an editor office encoding system generates a program code when creating a program; the editor office encoding system transmits the program code to a network production system, a backbone transmission system, a broadcast system and a monitoring system through a first data interface; the monitoring system acquires service status information of the program in each system through a second data interface; the service status information is a producing and broadcasting record when each system processes the program task, and is sent to the monitoring system by each system with the program code as an identifier according to the processing sequence among the systems; and the monitoring system graphically displays the service status information of each system of the program according to the program code. The method and the system realize unified monitoring and display in all-station producing and broadcasting, and can realize quick positioning in the monitoring systemwhen the producing and broadcasting link fails.

The invention discloses a three-dimensional model application method and system for nuclear power engineering modular construction. The method comprises the steps that a plurality of nuclear power station modular three-dimensional models are established; extracting each technical file from each nuclear power station modular three-dimensional model, and generating purchase, construction and debugging information of each nuclear power station modular three-dimensional model according to the technical files; carrying out lightweight construction on the plurality of nuclear power station modular three-dimensional models and generating a plurality of lightweight three-dimensional module models; establishing a corresponding relationship among the plurality of lightweight three-dimensional modulemodels, purchasing, construction and debugging information. According to the invention, the three-dimensional module model is taken as a core, and nuclear power engineering project business process monitoring management and refined and dynamic management of project progress and material management are realized.

The present invention can include a solution that dynamically manages electronic calendar events based upon the key performance indicators (KPIs) of a business process monitoring (BPM) system. Such a system can include a BPM system, an electronic calendar software application, and a dynamic calendar event manager. The BPM system can be configured to manage data for many user-defined KPIs. The electronic calendar software application can be configured to manage the calendar data of various calendar events for many users. The dynamic calendar event definition can be configured to define a condition for modifying the calendar data of a user-specified calendar event. The dynamic calendar event definition can consist of a KPI threshold value, a calendar action, and an applicable attendee list. The dynamic calendar event manager can be configured to dynamically and automatically handle the modification of the calendar data in accordance with the dynamic calendar event definition.

The invention discloses a method, device and equipment for monitoring a business process and a computer readable medium, and relates to the technical field of computers. One specific embodiment of themethod comprises the following steps: 1, preparing a solution, receiving an operation log of a database, according to one or more pre-configured business tables of the database and one or more pre-configured fields of the business tables, obtaining one or more business tables of the database, intercepting operation information about the business table, the field or a combination of the business table and the field from the operation log, wherein the business table and the field are related to one or more process nodes of the business; and outputting a change track comprising one or more process nodes according to the intercepted operation information. According to the embodiment, the continuous change of the service data can be efficiently monitored.

The invention provides a nuclear power information system performance monitoring system. The system comprises a monitoring center and protocol interface modules arranged on all monitoring objects, themonitoring center is in communication connection with all the monitoring objects, the system further comprises data acquisition modules arranged on all the monitoring objects, the monitoring center comprises a data receiving module and a monitoring module, and the protocol interface modules are used for acquiring basic performance data of the monitoring objects; wherein the data acquisition module is used for acquiring detailed performance data of a monitored object, and the detailed performance data comprises system response data and business process monitoring data; the data receiving module is used for receiving basic performance data and detailed performance data of a monitoring object; and the monitoring module monitors the monitoring object according to the basic performance data and the detailed performance data to generate a monitoring result. The operation state of the nuclear power information system can be comprehensively controlled, the management level of the informationsystem is improved, and the operation risk is reduced.

The present application discloses a service processing method and apparatus for coal trade, and a server. The method comprises the following steps of: setting a business process monitoring point; executing a preset risk control operation according to the business process monitoring point; and processing a coal trade business process on behalf of a user through the risk control operation. This application solves the technical problem of lack of risk control related to coal trade. This application optimizes the trading mode of coal trade through risk control to ensure the safety of funds and theproblem of arrears. In addition, the application can also provide risk control services for the logistics, process, financial business and so on.

A business process management system comprises a core process model and a highly configurable extension component. The extension component includes extension process elements and functionality that are configured to operate in connection with a subset of core process elements so as to execute a particular business process management function on the subset. The extension process elements and functionality are entirely separate from and are not a part of the process flow containing the subset of core process elements such that the business process management function does not affect or influence the core process flow. Examples of business process management functions configurable for such purposes include service level agreements, business process monitoring and KPI collection, policy compliance and trend prediction.

The invention discloses a tool for monitoring operation and maintenance of a service system and a configuration method. The tool comprises a system monitoring module, a service flow monitoring module and a monitoring result display module, wherein the system monitoring module is used for monitoring the operation state of an SAP (Service Access Point) system and monitoring an interface connection condition between the SAP system and a peripheral system in real time; the service flow monitoring module is used for monitoring a service flow of the SAP system in the operation process in real time; and the monitoring result display module is used for displaying monitoring results of the system monitoring module and the service flow monitoring module. According to the invention, the tool for monitoring operation and maintenance of the service system is capable of monitoring the operation state of the SAP system and the interface connection condition between the SAP system and the peripheral system in real time and also monitoring the service flow of the SAP system in the operation process in real time; and thus, comprehensive effective monitoring of the service system can be realized.

The invention provides a batch service process monitoring method and device, a computer and a readable storage medium, and relates to the system data monitoring in the technical field of computers. The batch service process monitoring method is applied to a process scheduling system at least comprising two scheduling machines, and comprises the following steps of searching a scheduling process ofappointed batch services in a task management system of a main scheduling machine; if the master dispatcher does not find the corresponding dispatching process, finding the dispatching process of thespecified batch of services in the task management system of the slave dispatcher; if the common search result of the slave dispatcher and the master dispatcher does not contain the corresponding process, searching the scheduling process of the specified batch of services again in the task management system of the master dispatcher; and if the common search result of the master dispatcher and theslave dispatcher still does not contain all the dispatching processes, outputting an information prompt. By utilizing the method and the device, the mastery degree of management and control personnelon batch task / business function implementation in the process scheduling system is favorably improved.

The invention belongs to the field of electric power automation, and discloses an electric power retail settlement business process monitoring method, system and device and a storage medium, and the method comprises the steps: obtaining links needing to interact between an electric power transaction mechanism and other market members in an electric power retail settlement business and links needing to check and judge compliance, and obtaining a plurality of target links; in a power retail settlement business process, obtaining process information of each target link in a log recording mode, and obtaining monitoring content; and monitoring the power retail settlement business process according to the monitoring content. According to the method, monitoring selection of valuable key process links is realized, compliance monitoring management of the power retail settlement business process is facilitated, the real-time and reliable log recording function is adopted, the real-time performance and accuracy of the process information of each target link are ensured, the whole power retail settlement business including intermediate steps can be fully monitored, and the efficiency of the power retail settlement business is improved. And thus, the whole power retail settlement business is effectively ensured to be carried out in compliance.

The invention discloses a business process monitoring method, system and device and a readable storage medium, wherein the method comprises the steps of obtaining an event message of a state node in a business process; performing monitoring event matching verification on the event message; generating a monitoring task corresponding to the event message under the condition that the event message is matched with the monitoring event; and executing the monitoring task. In the method, each state in the business process is regarded as an independent state node, so that each state node of the business process can be effectively monitored, a monitoring task can be automatically generated under the condition of matching with a monitoring event, and an abnormal condition in the business process can be timely found by executing the monitoring task. Namely, according to the method the monitoring of the business process is achieved.

The invention discloses a business process monitoring method and apparatus, a device and a medium. The method comprises the steps of obtaining task mitigation information generated based on an initial task in a business process; monitoring the task mitigation information, and determining the completion condition of the state message in the task mitigation information; if the completion condition of the state message is completion, determining that the initial task is completed, and calibrating the initial task to obtain a first calibration result; obtaining new task mitigation information generated based on the target task in the business process, and executing the steps of monitoring the task mitigation information and determining the completion condition of a state message in the task mitigation information until it is determined that the target task is completed, and calibrating the target task to obtain a second calibration result; and calibrating the business process according to the first calibration result and the second calibration result to obtain and display a third calibration result. According to the application, monitoring of the business process can be realized, tracing of the business process is facilitated, and the processing efficiency of the business process is improved.

The invention discloses a method for realizing an end-to-end business process of a through heterogeneous multi-application system, which belongs to the technical field of computer application, and comprises the steps of process modeling, process engine, monitoring API (Application Program Interface) and monitoring page as well as an interaction process of an application system and a process integration platform. The method comprises the following specific steps: carding business process run-through requirements; determining a unified keyword naming specification for business data related to process integration; configuring an access address of the process integration platform in a database or configuration file mode; and each application system displaying the monitoring and approval opinion list of the global flow chart in the system through a script or a small number of codes according to requirements. The operation mode and the operation mode of the existing business process are not influenced, each application system only needs a small amount of customized development work, the personnel investment is low, the implementation period is short, and cross-system integration, business data connection and overall business process monitoring of the business process can be realized.