39 results about "Workflow design" patented technology

Designing and executing a workflow having flow-based and constraint-based regions. A user selects one or more activities to be part of a constraint-based region. Each constraint-based region has a constraint associated therewith. The workflow is executed by executing the flow-based region and the constraint-based region. The flow-based region executes sequentially. The constraint is evaluated, and the constraint-based region executes responsive to the evaluated constraint.

This disclosure provides techniques for facilitating workflow design and modification in a workflow management system. In one embodiment, software provides a design interface to an application developer to streamline transition definition and associated conditions and other parameters between phases of a workflow (and related rework for workflow modification), without requiring substantial manual recoding. The workflow management system accepts consequent data as metadata, which the system uses to enforce both state and required transition conditions to regulate how end-users interact with a database. The metadata is invoked during workflow execution in a manner tied to any desired condition and, thus, desired context.

The invention discloses a tool for graphical design and verification of a general workflow, comprising a general workflow system structure, and a system structure of flow design and verification method. The tool leads the user to conveniently design the general workflow by a Web graphical interface, extends description information for the flow links of visible flow further, carries out correctness verification to the combined flows according to a mapping rule from the link control information to edge control information and realizes a flow correctness verification function. The workflow designed by the tool is not localized by a certain software platform; furthermore, the method has a formalization foundation and can carry out the correctness verification for the flow link combination.

A method for processing collaborative office data stream, a DEVICE, a COMPUTER DEVICE AND aSTORAGE MEDIUM. The method includes based on the task flow attributes, obtaining the workflow linked list that matches the task process information initiated by the user in the process database, as that jump instruction is received, getting the target number of the target work node contained in the jump instruction, if the target number is less than or equal to the preset maximum threshold, the workflow linked list being updated, so that the current work node on the workflow linked list jumps to the target work node, when the edit instruction is received, the preset workflow design template being called to enable the user to edit the workflow link list using the workflow design template; when the submit instruction is received, the obtained target workflow link list being checked; if the checkout is successful, the node flow being carried out according to the target workflow link list. The invention not only makes the operation of the user convenient and improves the configuration flexibility, but also improves the collaborative office efficiency and meets the needs of the actual office.

A product catalog management system and method is provided for managing product data associated with a plurality of products. In one embodiment, the system comprises a processor, a product information database for storing product data associated with a plurality of products therein, a workflow design module for allowing creation of a workflow diagram for processing product data for storage in the product information database. The product catalog management system also includes a task management module that facilitates generation of a plurality of tasks for processing product data according to the workflow diagram, and a task assignment module adapted to assign the generated task for processing product data for completion.

A product catalog management system and method is provided for managing product data associated with a plurality of products. In one embodiment, the system comprises a processor, a product information database for storing product data associated with a plurality of products therein, a workflow design module for allowing creation of a workflow diagram for processing product data for storage in the product information database. The product catalog management system also includes a task management module that facilitates generation of a plurality of tasks for processing product data according to the workflow diagram, and a task assignment module adapted to assign the generated task for processing product data for completion.

The invention relates to the field of experiment control, and discloses a generation method and system of experimental workflow. The generation method comprises the following steps: developing a movable element module in advance, and storing the movable unit module into a module library; when workflow design is carried out, firstly, presenting the movable element module in an icon form for users to select; through visual man-machine interaction, selecting and arranging movable units by users, and receiving the parameters, which are set by the user, of the movable unit module; and after module selection, logical sequence setting and module parameter setting are all finished, generating an executable workflow. Basic control is movably packaged in the module, experimental workflow design is provided in a graph visualization way, so that research personnel do not need to understand hardware unit details, do not need repeated memory, or do not need to learn computer programming languages and rules again, the research personnel only need to know the function of each module to visually carry out workflow design according to a scientific research thought, and focus on flow design, and therefore, efficiency is greatly improved.

The invention relates to a processing method and device of cold and hot electric load prediction data of area buildings in comprehensive energy planning. The method comprises the steps that (1) a basic sample data accumulation module, a working procedure design module and a data comprehensive analysis processing module are built; (2) the basic sample data accumulation module is used for collecting and storing geographical location information, the building area, property information, population density information, the industry scale and industry structure information and belonging detailed energy distribution information of the area buildings to form a basic sample database; (3) the working procedure design module is used for performing time series distribution prediction on comprehensive loads on the basic of the basic sample database in the step (1), and corresponding data processing steps and data processing forms are designed; (4) the data comprehensive analysis processing module is used for performing comprehensive analysis and calculation on cold and hot electric load prediction data of the area buildings. The invention correspondingly discloses the processing device of the processing method. The processing method and device can build a good foundation and provide the related basis for different energy use.

This disclosure provides techniques for facilitating workflow design and modification in a workflow management system. In one embodiment, software provides a design interface to an application developer to streamline transition definition and associated conditions and other parameters between phases of a workflow (and related rework for workflow modification), without requiring substantial manual recoding. The workflow management system accepts consequent data as metadata, which the system uses to enforce both state and required transition conditions to regulate how end-users interact with a database. The metadata is invoked during workflow execution in a manner tied to any desired condition and, thus, desired context.

The invention discloses a method, a system and a terminal device for establishing a working process. By obtaining category configuration information in an application system through a process engine, and establishing the working process according to category object attributes, a working process design mode spanning an application platform and the process engine is realized. The working process designed by using the method provided by the invention is high in multiplexing rate; the process configuration can be managed in concentration; the trouble that management personnel maintain a plurality of process configuration tools at the same time is solved; and the working quantity in process configuration is reduced greatly.

A method and system for integrating workflow management systems with business-to-business interaction standards. An automatic business-to-business (B2B) template generator is provided for supporting workflow design. The B2B template generator automatically generates process templates and service templates based either on a description of a business-to-business interaction standard is received or a structured representation of the business-to-business interaction standard. When the (B2B) template generator receives the description of business-to-business interaction standard as the input, the (B2B) template generator first converts the description of the business-to-business interaction standard into a structured representation of the business-to-business interaction standard. At least process template is automatically generated based on the structured representation of the business-to-business interaction standard. The template (e.g., B2B service template or B2B process template) can be utilized by a user to design both quickly and efficiently a complete process (e.g., a workflow with B2B interaction points).

The invention relates to a workflow generation method and device, computer equipment and a storage medium. The method comprises the steps of: displaying a workflow design interface which comprises a selection control of at least one atomic task; in response to the selection operation on the selection control of at least one atomic task, displaying task patterns of at least two atomic tasks; in response to a connection operation on the task patterns of the at least two atomic tasks, obtaining a superior-subordinate relationship between the at least two atomic tasks; obtaining task execution parameters of the at least two atomic tasks; generating a target workflow based on the superior-subordinate relationship between the at least two atomic tasks and the task execution parameters of the atleast two atomic tasks. According to the method, a user can design an automatically executed workflow by himself / herself through a visual design process, and does not need to develop the workflow bywriting program codes by developers, so that the code development time is saved, and the application efficiency of the workflow is improved.

The invention relates to a quality control method for a software development phase. The quality control method is characterized in that a waterfall type model and an iterative type model are adopted at the software development phase; the demand quality is judged at the software demand definition phase; the design quality is judged at the software design phase; the realization quality and issue as well as quality maintenance are judged at the software realization phase; the waterfall type model comprises demand analysis, system design, detailed design, code edition, unit test, integration test and system integral test; and the iterative type model comprises demand work flow analysis, work flow design, implementation work flow design and test work flow design. Therefore, the idea of the software development of the waterfall and interactive models can be smoothly utilized for carrying out the demand analysis, the system detailed design, code editing unit test, integration test and the system test and improving the quality of the software, and thereby the quality of the software can meet the demand of the user and accord with the specification standard and the software becomes a product with the competitiveness in the market.

The invention provides a scene guidance design system for power grid field operation. The design system consists of a power grid operation scene fusion device, an operation scene processor, an operation scene actuator, an operation scene rule base and a power grid rule machine learning engine. The power grid operation scene fusion device is used for acquiring field operation scene information such as GPS, Bluetooth, RFID and image information, and acquiring current scene information of a user through fusion processing; the operation scene processor, the operation scene rule base and the power grid rule machine learning engine cooperate together and reason according to power grid field operation rules to obtain information required by the user; and the operation scene actuator is used for resolving the information required by the user to a specified format to be sent to the user. Through a workflow designed by the system, power grid operation guidance information can be effectively pushed according to the power grid field information, so as to support electric power field operation.

The invention discloses a workflow design method adapting to complex and changeable services and organizations, and relates to a process node configuration method. Redefinition of the process has influence on business system functions and business historical data, the construction period is long, the investment is large, and normal business operation is influenced. The method comprises the following steps: establishing a standard business process; classifying process nodes; node configuration: configuring each node according to the classification of the process nodes; establishing a plug-in process configuration model; dynamically loading special conditions; judging whether each node meets a special condition or not; and if the special condition is met, skipping or automatic execution is carried out, and if the special condition is not met, the process engine still executes the node of the standard business process. According to the technical scheme, the workflow can be adjusted, and the requirements are met by using the flow configuration model to adjust the configuration, so that the adaptability of the system to the service change is improved, and the purpose of configuring multiple scenes for use by the service flow model at one time is achieved.

Based on weight coefficients calculated for corresponding nodes of first flow, nodes of multiple flows and nodes of second flow, the method compares the weight coefficients. Then, the method validates whether weight coefficients of nodes of second flow are equal to weight coefficients of nodes of first flow so as to obtain validity and correctness. Through the above inspection in advance, the invention prevents problem in execution in future caused by design error of workflow. The invention provides validation method for projector of workflow to build collect workflow. The invention is also applicable to workflow includes program in cascaded sign and sign jointly. Thus, diversified workflow can be designed to be suitable to practical need.

A system and method for rapid workflow design utilizing machine learning includes a scanner, a convolutional neural network, a converter, a graph generator, and a controller. The scanner may convert a paper copy of a process flow into a pixelated image. The convolutional neural network is configured to segment the pixelated image into objects including at least one of an action, a decision, a connector, or a combination thereof. The converter is configured to transform the objects into a connectivity matrix. The graph generator is configured to transform the connectivity matrix into a rectilinear graph. The controller is configured to identify automated actions, semi-automatic actions, and actions requiring operator input from graphical icons provided on the paper copy and, based on the rectilinear graph, to serialize the automated actions, the semi-automatic actions, and the actions requiring operator input as control commands to a printing system.

The invention provides multifunctional rice dumpling leaf processing and treatment equipment, which comprises a machine frame, wherein a forwards extending feeding support plate is arranged at the front end of the top surface of the machine frame; a rice dumpling leaf cutting device is arranged at the left side of the feeding support plate; a rice dumpling leaf cleaning sterilization and softeningassembly is arranged in the machine frame arranged behind the feeding support plate; a rice dumpling leaf conveying device is also arranged on the machine frame arranged under the back side of the rice dumpling leaf cleaning sterilization and softening assembly. The multifunctional rice dumpling leaf processing and treatment equipment provided by the invention has the advantages through the ingenious structure arrangement, the work of rice dumpling leaf head and tail cutting, surface cleaning, disinfection sterilization and softening treatment work is concentrated in one piece of equipment; the work flow process design is reasonable; the work efficiency is high; the labor cost can be effectively reduced; the treatment effect is better than the conventional manual treatment effect.

The invention relates to a novel household kitchen gas stove table top, which saves materials and manufacturing working hours and reduces the cost of the table top by adopting the principle of integral design and working process design, and simultaneously, seasonings, oil, cooking and boiling tools and the like can be convenient to take on the table top according to the requirement of the working process, so that a large amount of labor power is saved. The table top has the advantages of low cost, convenience, sanitation, low labor strength and the like.

The invention provides a cloud high-performance scientific calculation workflow design control system and a user graphical interface. The cloud high-performance scientific calculation workflow designcontrol system comprises three layers, wherein a bottom service layer provides basic service for an upper application in an SDK form; an analysis layer is an architecture actual support, and providesmachine language conversion for actual operation of a user on the interface, so that the system and the underlying service can operate according to an instruction of the user, and meanwhile, data returned by the underlying service is converted according to a form designed by the system, so that the data conforms to an interface operation habit and display logic of the user; and a man-machine interaction layer is responsible for realizing operation behavior and parameter configuration functions for users. The user graphical interface comprises a workflow management module, a workflow arrangement module, a workflow node control module and a task management module. According to the cloud high-performance scientific calculation workflow design control system and the user graphical interface, man-machine interaction functions such as dragging and configuration are carried out on a user terminal through using cloud native software, and design, deployment and execution control over the cloudhigh-performance scientific calculation workflow are completed.

Delay in a workflow is avoided by introducing a skip operation upon execution of the workflow. Additionally, a person in charge of the workflow eventually participates in the workflow process even if he / she has been skipped. The workflow design defines skippable activities, in advance, as well as re-execution points in order to reassign the skipped activities.

The invention relates to an RS485 automatic address generation method, which adopts a brand-new workflow design, does not need to configure each address in advance, can discover each slave device accessed to an RS485 bus in real time during RS485 communication application, generates a corresponding address by each slave device itself, and sends the corresponding address to an RS485 master device for analysis to obtain confirmation of each slave device corresponding to a unique address. Repeated address allocation is avoided, slave device addresses are allocated, a communication mechanism of the RS485 bus is considered, delay sending of the slave devices to the addresses of the slave devices is designed, loss of sent address data is avoided, in practical application, allocation of new slavedevice addresses is achieved in real time, and RS485 communication efficiency is effectively improved.

The invention discloses a full-automatic phonon spectrum calculation method and system based on high-flux material calculation. The method comprises the steps: A, building a phonon spectrum calculation workflow through a workflow design module, loading a to-be-calculated crystal structure, and carrying out parameter setting; B, utilizing a workflow execution engine module and calling an analysis and execution module to analyze and execute the phonon spectrum calculation workflow; C, putting the to-be-calculated crystal structure into a to-be-calculated crystal structure set module; C, constructing supercells through a perturbation structure module, and generating perturbation structures in batches; E, performing static calculation and energy calculation on the supercells and perturbation structures by using a first principle static calculation module to obtain atom stress data; and F, carrying out calculating to obtain a phonon spectrogram and related thermodynamic data through a phonon spectrum calculation module. By adopting the method and the system, multi-step connection and automatic process of phonon spectrum calculation can be realized in a one-key, networked and graphical manner, so that phonon spectrum calculation becomes simple and easy.

Systems and methods are provided for instantly and electronically reporting generation outages and / or availability to the grid operator. More specifically, the invention relates to systems for creating outage requests on a mobile device or web interface, accepting outage requests, processing the outage request, submitting the outage request to the grid operator electronically, receiving and communicating acknowledgement of receipt, acceptance or rejection of the outage request and starting the outage when an outage request is approved. In some embodiments, workflow design for processing the outage request may occur on a mobile device or web interface.

The invention relates to the field of program design, and provides a flow type management system front-end construction system and method based on a workflow engine. The system comprises a technology construction subsystem which is used for constructing a front-end architecture and comprises a workflow front-end engine which is used for realizing front-end process type circulation; a service component library used for providing service components; a tool class module used for providing tool classes; a data persistence module used for persisting user information and service information of the system and providing a public data acquisition interface; a service construction subsystem used for constructing a front-end service processing framework and comprises a system basic construction module used for providing basic functions of front-end service processing; a workflow design module used for performing workflow configuration management and service process management; an actual service design module used for developing actual service functions; and a front-end construction subsystem which integrates the front-end architecture and the service processing architecture to obtain the front end of the system. A standardized front end is provided, and cost is reduced.

The invention discloses a workflow design method and system based on a visualization engine, and the method comprises the steps: customizing a plurality of workflow function components through the visualization engine, and enabling the workflow function components to comprise workflow rules; according to the workflow type, using a process designer to call a workflow function component to establish a workflow model; when to-be-processed item information is received, executing corresponding operation on the to-be-processed item information by using the workflow rule of each flow node in the workflow model according to the flow sequence of the workflow model; and when the to-be-processed item information operation is completed, feeding back a flow processing result of the workflow model. According to the technical scheme, the problems that in the prior art, workflow functions are limited, universality is not achieved, and various service requirements are difficult to meet can be solved.

Delay in a workflow is avoided by introducing a skip operation upon execution of the workflow. Additionally, a person in charge of the workflow eventually participates in the workflow process even if he / she has been skipped. The workflow design defines skippable activities, in advance, as well as re-execution points in order to reassign the skipped activities.

The invention discloses a tool for graphical design and verification of a general workflow, comprising a general workflow system structure, and a system structure of flow design and verification method. The tool leads the user to conveniently design the general workflow by a Web graphical interface, gives node control information for the flow node of visible flow further, carries out correctness verification to the combined flows according to a mapping rule from the node control information to edge control information and realizes a flow correctness verification function. The workflow designed by the tool is not localized by a certain software platform; furthermore, the method has a formalization foundation and can carry out the correctness verification for the flow node combination.