501 results about "Process engine" patented technology

An improved securities analysis system includes a data conversion device for converting both technical and fundamental data about a security into a unified format for analysis by an analysis process engine. The analysis process engine processes the disparate data in accordance with a set of rules and the results are forwarded to a display for viewing or used in further analysis.

Methods and systems for managing integration of a heterogeneous application landscape are disclosed. The landscape is defined by one or more business process. A business process management system includes an integration server connected between two or more applications in the landscape. The integration server includes a business process engine configured to execute one or more business processes that define message-based interactions between the two or more applications. The business process management system further includes a runtime engine, under direction of the business process engine, for executing one or more messaging services on the message-based interactions between the two or more applications.

In a structured workflow system, a configurable workflow engine provides mechanisms for executing and scheduling the work items in a defined way. End users use their discretion and define their own “local” processes and “local” rules for processing work items, or deviate from predefined processes. The configurable workflow engine might be installed at a server to organize workflows and business processes where end users can define processing steps for incoming work items by setting up rules and defining workflows as part of a local workflow structure. By defining these rules and workflows, the further processing steps of future incoming work items can be automated. When an administrator directs the workflow engine to move from a current phase to a next phase, the workflow engine deals with the incomplete items by allowing the administrator to carry over work items (or might do it automatically). End -user consultation might be included in the carry-over decisions. The carried over work items are added as parallel activities to the next phase. The workflow engine handles imposing and executing control flow dependencies between tasks, thus providing a smooth transition from totally unstructured work to semi-structured or completely structured work. When the workflow engine encounters semantically correlated work items / tasks, the process engine assumes that these work items / tasks belong to the same process instance.

In a network routing system, a control blade provides for redundancy and failover of virtual routers (VRs) instantiated by objects running on processing engines of the several virtual routing engines (VREs). When the control blade detects a failure of one processing engines, it may identify the virtual private networks (VPNs) and / or VRs operating on the failed processing engine. The control blade identifies a set of command lines corresponding with the identified VPNs and VRs, and replays the set of command lines with an identity of a new processing engine to recreate the identified VPNs and VRs on the new processing engine.

Microphones are provided at an air inlet of the engine and a vehicle-cabin-side wall surface of an engine room, and engine sounds are picked up. The engine sound is processed by a signal processing section, and the processed engine sound is output from a speaker provided in a vehicle cabin. The signal processing section is provided with a filter which simulates a sound insulation characteristic of the vehicle cabin and a transformation section for processing the engine sound according to driving condition. A spectrum transformation characteristic of the transformation section is determined according to values detected by a vehicle speed sensor, an engine speed sensor, and an accelerator depression sensor, and a spectrum of the engine sound is transformed by means of specification of the spectrum transformation characteristic, thereby enhancing an engine sound.

Data de-duplication (“de-dupe”) offers IT organizations the opportunity to replace aging tape systems with disk-based backup solutions and minimize the storage allocated to backup and data protection. The effectiveness of de-dupe technology is extremely dependent on the data being protected. Data streams with little data repetitiveness will provide disappointing results when processed through a block-level de-dupe engine. To avoid this problem, Assisted Mainframe De-Dupe (AMDD) technology can be used to insure that filesystem block-level de-dupe products efficiently and effectively de-dupe tape backup streams received from IBM and or compatible mainframes. By pre-processing backup tape volumes before sending the data to storage, AMDD will insure that large amounts of unchanged data will line up on de-dupe block boundaries each time the data is sent to the de-dupe process engine. By providing “well-behaved” data to the de-dupe process, AMDD can significantly improve the effectiveness of de-dupe processing and substantially reduce the storage is used to backup critical mainframe DASD resources.

In the implementation of a production process, event data corresponding to a parent event that has triggered an executable business process that has failed is logged. The event data is displayed to a user. Responsive to input from the user, a child event based on the event data is generated, and the child event is submitted to a process engine to initiate re-execution of the executable business process in accordance with the child event.

Systems and methods for recreating a copy of a previously filed tax document of a user is provide. In exemplary embodiments, an order processing engine receives a user's order request for a copy of a previously filed tax document. The order request is processed with an agency, such as the IRS. A tax transcript is downloaded from the agency. Subsequently, values from the tax transcript are mapped into one or more templates to recreate the filed tax document. The recreated tax document is then delivered to the user.

In a network routing system,a control blade provides for redundancy and failover of virtual routers (VRs) instantiated by objects running on processing engines of the several virtual routing engines (VREs). When the control blade detects a failure of one processing engines, it may identify the virtual private networks (VPNs) and / or VRs operating on the failed processing engine. The control blade identifies a set of command lines corresponding with the identified VPNs and VRs, and replays the set of command lines with an identity of a new processing engine to recreate the identified VPNs and VRs on the new processing engine.

A system and method for using session beans to integrate business processes. The system includes a process engine which includes a workflow and a plug-in manager. The system further allows for creating session beans, packaging the session beans for deployment, and deploying the session beans to the process engine as a plug-in, to dynamically modify the workflow. The plug-in manager handles event notifications to and from the deployed session beans at runtime, according to the workflow. In this manner, the environment allows for easy development of software applications that are intended to communicate with business processes and external components.

A internet based method and apparatus is described from automatically processing a captured digital image taken by a smart device at a fixed-location, mobile or virtual event, and synchronizing the combination of that captured primary image with a secondary image, be it a picture frame, or a watermark to create a combined media image. If desired, the combined image may also contain an audio file. Once combined, the image may be stored for later viewing, and / or automatically returned to the user of the smart device or the PC of the user who captured the primary image, forwarded to an online print service website, posted to a photo sharing website, and / or forwarded to a distribution list. The automated post processing of said captured images is handled by a process engine hosted at an Application Provider's website, the process engine containing instructions for the media combining and metadata tagging of said images.

A process management system comprises a process model, a process engine and a process user interface. The process model stores predefined configurable process metadata components of one or more business management processes. The process engine configures the process metadata components. The process engine also generates user interface contents for a specific management process based on a set of the process metadata components relevant to the specific management process. The process user interface presents the user interface contents for configuration of the process metadata components, and for conducting the specific management process using the generated user interface contents.

The invention discloses a process engine achieving method in a service process and belongs to the technical field of dynamic process control of the computer technology. The method includes the following steps that firstly, imaging process nodes are constructed; secondly, a process graph is designed, the process nodes are connected through a guiding line with a condition and a direction according to the service requirement, and the service process graph is formed; thirdly, the designed process graph is stored and issued to a process engine; fourthly, the process engine automatically circulates tasks to the corresponding nodes according to the operation of a service system. The invention further discloses a process engine system in the service process, and the process engine system comprises a process design module and a process engine module. The service process design and changing processes are simplified, the implementation cost is saved, and the process issuing time is shortened.

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.

The embodiment of the invention discloses a method for generating a parameterized report. The method comprises the steps of generating a report model by using a report designer; sending the report model to a report processing engine to process; generating report results according to report parameters set by a user and a plurality of data sources; and displaying the report results. According to the method and the system for generating the parameterized report, two report tabulating manners are invented so as to distinguish users, so that the users without the professional report tabulating ability can use the reporting tools. The data sources of different origins can be supported and the plurality of data sources are supported to conduct a contrast display in the same report; and meanwhile, the parameterization of the report is supported so as to improve the reusability of the report; the optimized intelligent area distribution algorithm is provided, so as to ensure that the report results during report running corresponds to the design expectations; furthermore, abundant data adapter interfaces are provided so as to support the data from different types of the data sources; and rich data operating functions are provided, so as to support different complex operating scenes.

The invention discloses a flexible management information system with the process and form customization function. The flexible management information system comprises a customization module, a server, a process engine, a form management module and a definition management module, wherein the customization module is used for customizing the needed form style and the needed business process, the server is used for storing data, converting formats and ensuring safety, the process engine is used for analyzing and executing the business process designed by a designer, the form management module is used for managing various resources, such as form templates and process templates, in various application systems in a unified mode, and having control over the versions and the authority of the templates, and the definition management module is used for managing staff, the authority, the resource catalogues and the like. Real business personnel can customize the business process and the business forms according to the business requirements so as to configure the specific application system, then, operation is carried out according to the customized process through driving of the process engine, data are displayed according to customized forms, the capacity of management software for meeting the individual requirements of enterprises and supporting business process reengineering is greatly improved, the success rate of execution of the software is increased, and the degree of satisfaction of a client for the flexible management information system is improved.

A system and method for automating a business procedure is disclosed. The workflow management system includes an administrator, a process designer, a workflow database, a process engine and a web client. The system may interact with a form generator and a business application program. The system first analyzes the business process and models the process as a combination of detailed activities. The system assigns the properties to each activity according to the business rules. After modeling the business process and after the business process is initiated, the process engine allocates the workitems to the participant. The system can automate a very complicated business process and can be expanded and adapted to ever-changing business environments.

The invented software system and method is an easy-to-use, browser-based solution, providing casual business computer users the ability to create, modify, and monitor business processes, much like spreadsheet software allows users to quickly complete complex math calculations. It is built on a “fill in the table” interface so any user can create a customized process within minutes, without having to understand how to flow chart or program a computer. Automatic alerts regarding work to be done, sent through a normal email client, are included as part of the product's feature set as well as a chronological history and a variety of default reports. Processes are easy to set up, deploy, and control, and participation in those processes is simple and fast. Any process can be immediately launched and is saved as a template for later use or modification. Templates can be shared or sold to other users, as well. Briefly, the invented system and method includes software running on a server accessible via a network, e.g. a local area network (LAN) or wide area network (WAN) such as the world-wide web by subscribing and logged on one or more proximate (centralized) or remote (distributed) users with laptops, desktops or workstations. The software features a friendly user interface with toolboxes, menus and buttons for patterned templating of processes and tasks and for management and oversight of the same. Process authors can construct templated processes in a table-drive manner that is parse-able by a process compiler and executable by a process engine. Process users can create task assignees chosen at will or from their own address books. Task assignees can use the software to follow optionally check-listed task steps and start / stop dates and times can be monitored and logged. Finally, reports can be generated. E-mail is the preferred conveyance of task-notification messages among various users of the invented software.

A method for complex event processing is disclosed. An event correlation engine detects various event correlation rules to analyze events to be detected and then retrieves event processing languages from an event definition storage module to implement and receive other relative events using a process engine.

A document architecture system includes an intelligent document processing engine that can receive raw data streamed from external data source(s), analyze the raw data to identify triggering events, apply rules to the triggering events identified, break down the raw data accordingly, and generating messages in an internal format to represent the pieces of data without any formatting or layout information. The messages can be augmented with custom metadata and stored as fragments that reference, but that do not physically incorporate, the messages. The stored fragments can be used by the document process engine to intelligently render documents and versions thereof. The messages and fragments are in internal formats under control of the document architecture system. The renditions are in final formats that can be delivered, for instance, via an output connector to various output delivery channels.

Some embodiments of the invention introduce cloud template awareness in the service policy framework. Some embodiments provide one or more service rule processing engines that natively support (1) template-specific dynamic groups and template-specific rules, and (2) dynamic security tag concepts. A service rule processing engine of some embodiments natively supports template-specific dynamic groups and rules as it can directly process service rules that are defined in terms of dynamic component groups, template identifiers, template instance identifiers, and / or template match criteria. Examples of such services can include any kind of middlebox services, such as firewalls, load balancers, network address translators, intrusion detection systems, intrusion prevention systems, etc.

A control system for an in-flight engine restart system of a rotorcraft includes an engine control unit that controls and detects status of an engine. The control system also includes a flight control computer that communicates with the engine control unit, an engine operation control system, and a pilot interface including pilot controls. The engine operation control system includes a processor that initiates a health check of the in-flight engine restart system to determine an in-flight engine restart system status. The engine operation control system processes engine mode of operation commands to establish an engine mode of operation, and delivers commands to aspects of the in-flight engine restart system including the engine control unit based on processing of the engine mode of operation commands. The engine operation control system reports the in-flight engine restart system status and results of the engine mode of operation commands to the flight control computer.

The present invention supports the design of a process using a drawing surface that specifies the process with underlying programmatic constructs. In response to a user's command, a construct corresponding to a shape is selected from a palette and inserted onto a design region that shows the specified process. The command is verified to be consistent with semantics of an associated process type. If so, a visual image of the specified process is updated. If not, an indicator is generated in a proximity of a relevant portion of the visual image in order to help the user resolve the inconsistency. The user is able to correct errors before generating computer-executable instructions from a high-level code emission. Computer-executable instructions are also generated from high-level code emission. A process engine is cognizant of the associated high-level lines of code and an infrastructure knowledge base while executing the computer-executable instructions.

The example embodiments disclosed herein relate to application integration techniques built around the publish-and-subscribe model (or one of its variants). In certain example embodiments, application integration techniques for managing and / or monitoring a business process comprising a plurality of activities, events, and / or objects located in at least one resource external to the application integration system and a process engine thereof are provided. During design time, by introspecting the business object types involved in the activities, events, and / or objects of the at least one resource, potential state changes may be identified, and an integrative linkage may be established, with the integrative linkage being managed and maintained by a process monitoring agent (PMA). During runtime, the PMA may “listen” to the business object state changes in the at least one external resource and notify the local process engine accordingly.

The present invention provides a framework so that software can be embedded into a telecommunications semiconductor device such as an integrated circuit or into a chip. The framework is an API. The telecommunications device may support a telecommunications protocol, e.g. a wireless protocol such as BT. For example the BT Layers above an HCI can support different profiles and / or Applications. The semiconductor devices according to the present invention are particularly suitable for products where no host processor is available to provide the process engine to run the applications software. The semiconductor devices according to the present invention can include an ASIC, an integrated circuit, a multicarrier module (MCM) a printed circuit board or similar. Such devices may find advantageous use in small apparatus, e.g. wireless linked headphones.