22 results about "Project cycle" patented technology

The invention relates to the technical field of computer software, and discloses a bridging method and system for a cross-language interface of KaihongOS, a terminal and a storage medium. The method comprises the steps that an interface definition file is analyzed, and function declaration information of a target interface is obtained; analyzing a native interface definition file to obtain implementation information of a native interface corresponding to the target interface; and based on the function declaration information and the implementation information, according to a preset bridging rule, automatically generating a bridging function code conforming to a target operation environment, and bridging a cross-language interface through the bridging function code. According to the method, through automatic analysis and code generation, the bridging function code meeting the target operation environment is automatically generated by improving the code quality, and repeated labor and potential errors in manual writing are avoided. A preset bridging rule ensures the consistency and maintainability of codes, the technical threshold can be effectively reduced, and the project cycle is shortened.

The invention discloses a project process and product demand information fusion method and device and a medium, and relates to the field of data processing. The method comprises the following steps: obtaining product demand information, decomposing the product demand information, and constructing a demand hierarchy BOM tree formed by a plurality of demand nodes; configuring a demand type and a predicted working hour for each demand node in the demand hierarchy BOM tree; based on the standard development process template, performing WBS decomposition on the target project to generate a plurality of project tasks; associating a demand node in the demand hierarchy BOM tree with the project task, and matching a corresponding standard development process template for the project task based on a demand type corresponding to the demand node; and calculating the predicted working hours of the demand nodes associated with each project task based on the predicted working hours of the sub demand nodes and the total predicted working hours of the parent demand nodes, and setting a project period for each project task. By implementing the technical scheme provided by the invention, the planning accuracy of the project plan is improved.

The application relates to a network message packet capturing method and belongs to the technical field of communication. The method can facilitate a developer to process special network messages in a user state, can process common network protocol messages by using an operating system network protocol stack, is easy to debug a program, reduces the development cost of special network equipment, and shortens a project cycle. Therefore, the application program packet capturing method has the characteristics of high efficiency, low time delay, self-controllability and the like, and can fully utilize the network protocol stack of the operating system to process some common messages. The method is suitable for being applied to various network equipment and has a good market prospect.

The application discloses a kind of based on power pre-control's constant speed mode control's calibration method and device, greatly reduce the calibration time in customer field, improve the project test schedule, shorten project cycle, provide the buffer time for solving the problem of contingency.The application includes: obtaining the flight state instruction signal sent by flight control simulator, the flight state instruction signal contains the target speed of preset engine;According to the flight state instruction signal, control the engine to run to the target speed;According to the engine loading of electric power dynamometer;The actual running speed of the engine is obtained;Judge the speed difference of the actual running speed and the target speed, if no, then the running speed of the engine is adjusted to the target speed by PID regulator;The current running speed of the engine is obtained again;According to the current running speed, calculate target torque.

The invention relates to the technical field of project file digital generation and management scheme design, in particular to a project file digital generation and management method and system and electronic equipment. The method comprises the steps of obtaining subitem project names of a target project; obtaining preset preposed data corresponding to each preset work task name of each subentry project; and generating a work file of each work task according to the obtained preset preposition data. The invention provides a comprehensive and systematic digital solution, and has the following remarkable beneficial effects of improving file quality, reducing personal errors, improving file generation efficiency, shortening a project period, optimizing version management, realizing whole-course tracing, supporting efficient cooperation of multiple persons, reducing communication cost, dynamically adapting to project requirements, and improving project quality. The method achieves the timely updating and maintenance of files, comprehensively covers the types of project files, meets the diversified demands, drives the decision through data, improves the project management level, promotes the digital transformation of the engineering industry, and improves the industrial competitiveness.

This invention discloses a project progress monitoring method, device, and electronic device based on big data, relating to the field of big data technology. The method includes: acquiring multiple historical versions of project data tables for a target project; analyzing the project's achievement of preset requirements based on project cycle data in each project data table to obtain a requirement achievement scale parameter table; determining the percentage of requirement achievement scale parameters for each cycle and identifying the first benchmark data for the target project in each cycle; determining the second benchmark data for the target project in each cycle based on the expected total scale parameter and task detail data in the project data table; monitoring the first and second progress trend data of the target project, and issuing a risk warning when the first progress trend data is lower than the first benchmark data or the second progress trend data is lower than the second benchmark data.

The application discloses a data labeling task distribution method and device, equipment and medium, and relates to the technical field of task distribution. The method comprises the following steps: obtaining labeling task data packets and project configuration information, splitting the labeling task data packets according to project distribution characteristics to obtain at least one batch of first to-be-distributed task sets; obtaining labeling work orders, and generating second to-be-distributed tasks according to the labeling work orders; obtaining repair work orders fed back after the second to-be-distributed tasks are audited, and generating third or fourth to-be-distributed tasks according to the repair work orders; and packaging the first, second, third and / or fourth to-be-distributed tasks into a current batch of work packages according to real-time team states, real-time individual states and permission information, and distributing the work packages to workers. The application considers multiple factors during task distribution, efficiently matches tasks and workers, realizes multi-dimensional matching and dynamic resource distribution, shortens the average project cycle, and significantly improves delivery efficiency.

This application provides a verification method, apparatus, storage medium, and device for backpressure flow control. The method includes: acquiring a backpressure model, which includes a backpressure component, an excitation component, and a monitoring component. The backpressure component is communicatively connected to the excitation component and the monitoring component through corresponding interfaces. The backpressure component includes modules corresponding to various backpressure types. After initiating simulation verification of backpressure flow control, in response to an excitation signal sent by the excitation component to the backpressure component, the backpressure component is triggered to execute a corresponding backpressure function. The monitoring component acquires the status information of the backpressure component, and the simulation ends after the monitoring component acquires the excitation signal. This method eliminates the reliance on RTL code delivery for backpressure process verification, allowing for earlier verification work, improving project verification efficiency, and shortening the project cycle.

The application relates to an open source project external developer identification method, device and equipment, which focuses on the role evolution of developers in a project cycle, can automatically and efficiently identify when the developers participate as external contributors and when the developers change into internal developers of the project. The technology deeply analyzes the universality of the role conversion of the developers in the open source community, thereby significantly improving the accuracy of identifying the external developers, and is suitable for identifying the external developers of the open source software project in the open source development community. In addition, the technology can effectively deal with the external developer identification challenge brought by a large number of projects and users in the open source development community, and ensures the feasibility and efficiency of the large-scale identification task.

The embodiment of the invention provides a method, system and equipment for distinguishing indoor and outdoor of a building model and a storage medium, and relates to the technical field of computer graphics, and the method comprises the steps: carrying out voxelization processing based on the building model, and obtaining a plurality of solid cylinders and air cylinders; according to the number of adjacent air cylinders around each air cylinder, determining that the air cylinder is a middle cylinder or a boundary cylinder; calculating the nearest distance from each middle cylinder to the boundary cylinder to obtain a distance field value; dividing the middle cylinders and the boundary cylinders into a plurality of initial areas according to the distance field numerical values; and after a closed area is determined from the plurality of initial areas, obtaining an indoor combined area of the building. According to the method, the entity cylinder and the air cylinder of the building model are constructed, the analysis of the middle cylinder and the boundary cylinder of the air cylinder, the calculation of the distance field and the judgment of the closed area are combined, and the indoor area is automatically identified and merged, so that the human input is obviously reduced, the method is easy to adapt to the development process of rapid iteration, and the project period is obviously shortened.

The invention provides a performance analysis method and device, electronic equipment and a computer readable storage medium, and the method comprises the steps: obtaining a test instruction sequence, and converting the test instruction sequence into a physical signal and a program calling signal; the test instruction sequence comprises a plurality of test instructions, and the test instructions are used for testing the function of the to-be-tested design; the physical signal is matched with a hardware simulation model to be tested and designed; the program calling signal is matched with a to-be-tested designed software simulation model; driving a hardware simulation model of the to-be-tested design to operate according to the physical signal to obtain first operation performance data of the to-be-tested design; driving a software simulation model of the to-be-tested design to run according to the program calling signal to obtain second running performance data of the to-be-tested design; and determining a performance analysis result of the to-be-tested design according to the first operation performance data and the second operation performance data. According to the embodiment of the invention, the total project period can be shortened, the performance analysis efficiency is improved, and the performance analysis complexity is reduced.

The invention discloses a program development method, device, system and equipment. The method comprises the following steps: obtaining page transformation demand information; according to the page transformation demand information, generating a page transformation demand document; and according to the page transformation demand document, generating a transformed page program code. By adopting the processing mode, tool and capability differences among roles such as a product user, a design user and a front-end developer are eliminated, boundaries of a product role, a design role and a front-end role are obscured, cross-role efficient collaboration is realized, an automatic path of a front-end code is directly generated from requirements, and the efficiency is improved. The end-to-end automatic development link from the demand to the program code is realized, the manual repeated operation in the production and research cooperation is reduced, such as the iteration time consumption of 1-N products and the upstream and downstream repeated communication cost, and the project period is compressed; therefore, the production and research cooperation efficiency can be effectively improved, so that the program development efficiency is improved.

The invention discloses a Layout collaborative design method for a super-large-scale wafer-level substrate, and the method comprises the steps: loading all devices into a substrate, and enabling a network connection relation to be consistent with a netlist; the devices are arranged according to the network connection relation and the position requirement, and the substrate is divided into corresponding parts through dividing lines according to the number of designers of common design; opening interconnected fly lines of all parts and performing highlighting treatment; a wiring layer of interconnection lines is planned, each designer processes a corresponding part, all other devices are deleted, and a board frame is reserved; enabling the designers to walk the interconnection lines to a segmentation line area, aligning the interconnection lines in a manner of adjusting grid points, and completing the rest of wiring; the designer exports the designed substrates into files matched with the third-party software; placing the lines in each file in a graph in a copying manner; and completely connecting the disconnected interconnection lines by using a third-party software line drawing command. According to the method, in the design process, the jamming condition hardly occurs, the design efficiency is improved, and the project period is shortened.

The utility model relates to computer field especially based on MXM's host module. Include: MXM CPU module, MXM connector, MXM carrier board, fastening device, the MXM CPU module edge is made with MXM standard gold finger interface, the MXM connector is fixed in the edge of MXM carrier board through welding mode, fastening device with MXM CPU module is fixed on MXM carrier board, MXM CPU module is inserted with MXM connector through MXM standard gold finger interface, realizes signal transmission. The utility model makes full use of the characteristic that MXM provides convenient replacement MXM CPU module, provides maximum flexibility, shortens project cycle as far as possible, reduces design product difficulty, saves project cost, and the device structure is simple, convenient operation has certain practicality.

The application relates to the technical field of software development, in particular to a command information system service visual development method, which comprises the following steps: generating an XML configuration file through a command information system software development template; configuring the XML configuration file by using a service visual secondary development tool to generate XML file information; reading the XML file information through a templateized comprehensive processing unit in the command information system software development template, and generating an information processing derived class by inheriting a basic message processing class based on the XML configuration information; and processing a specific type of message through each information processing derived subclass in the information processing derived class to generate an information flow. By using the method, a quick and efficient development process can be realized through service templating; the development process is optimized, the project cycle is shortened, and the development efficiency is improved; and quick positioning and problem solving can be realized through intuitive information flow display.

The invention relates to the technical field of software development management, in particular to a software development life cycle whole-process effectiveness evaluation system and method.The method includes the steps that multiple pieces of effectiveness basic data of a target project are collected, each piece of effectiveness basic data is preprocessed to obtain preprocessed data, and then an evaluation model is established; the method comprises the steps of preprocessing data of a target project, inputting the preprocessed data into an evaluation model, calculating a demand level of the target project through the evaluation model in combination with the preprocessed data, continuously learning a corresponding relation between the demand level and a project period to obtain a trained evaluation model, and finally collecting real-time efficiency basic data of the real-time target project. The project data of the real-time target project is adjusted through the trained evaluation model in combination with the real-time efficiency basic data, and the demand level of the target project is calculated by combining the customer data and the demand priority of the sub-demands, so that the core demand of software development is accurately controlled, and the precision and efficiency of demand analysis of software development are improved.

The invention discloses a sustainability evaluation method and device for a power grid project, electronic equipment and a storage medium, and belongs to the technical field of power system planning, and the method comprises the steps: obtaining project evaluation parameters corresponding to the power grid project; according to the dynamic emission factors and the project evaluation parameters, constructing a positive feedback relation model and a negative feedback relation model between capital investment and environmental requirements of the power grid project, and then constructing a coupling system dynamic model in which technical economic parameters and life cycle parameters of the power grid project are coupled; the model is used for solving to obtain an accumulated dynamic net present value curve and an accumulated carbon emission reduction curve of the first project and the second project in the project period, identifying a time node when the comprehensive benefit of the second project is higher than that of the first project, and generating an evaluation result report corresponding to the power grid project. The problem that in the prior art, coupling evaluation cannot be conducted on economic indexes and environmental indexes, and consequently the evaluation accuracy is low can be solved.

The application relates to the technical field of administration, and particularly discloses an administration method and system based on big data, which comprises the following steps: step S1: determining the post of an employee to be evaluated, and obtaining historical project data of the post; step S2: setting an evaluation period, extracting all work projects of the employee in the period, calculating the similarity by comparing historical project information, and screening similar projects; step S3: obtaining the working years and project periods of historical employees who have executed similar projects, combining the working years of the employee to be evaluated, generating a period distribution curve, and determining a maximum value point period; and step S4: quantifying the performance of the employee according to the comparison between the evaluation period length and the maximum value point period; the application is driven by data, objectively evaluates the efficiency of the employee, and is particularly suitable for performance management of project-based enterprises.

The invention relates to a project aid decision-making and risk prediction method based on a large model. The method comprises the following steps: acquiring project information related to a project; performing classified management and storage on the project information; before project implementation, according to project information, generating a project implementation plan, drawing a resource input trend chart in a project period, listing a risk problem list, and in the project implementation process, according to the project information, dynamically optimizing the project implementation plan, providing risk early warning, providing decision information for project implementation personnel, and generating a project implementation document; distributing project implementation tasks, pushing risk early warning and decision information, synchronizing project progress information, and updating project implementation documents; and evaluating the decision information and risk early warning effect, and carrying out model training and optimization. Dependence on a single expert is reduced, the management efficiency is improved, the consistency and scientificity of project planning are improved, the review decision process is accelerated, the project period is shortened, and precipitation, reuse and continuous optimization of project management knowledge are achieved.

The invention discloses an industrial process configuration system based on a unified model, which comprises a unified process configuration module and a unified interaction and diagnosis module, and is characterized in that the unified process configuration module comprises a unified process modeling unit for providing a graphical configuration interface based on a single full-process model, the upper computer business logic and the lower computer control logic can be simultaneously defined in one editing environment, and unified standardized definition and management are carried out on all signals, variables and equipment interfaces in the process. According to the method, through unified modeling and configuration, the development complexity and communication cost are greatly reduced, and the project period is shortened; through interaction and diagnosis based on a unified model, an unprecedented full-link transparent view angle is provided for operation and maintenance personnel, and the operation and maintenance efficiency is greatly improved; the process design, development, test, deployment, monitoring and maintenance are all completed in a unified platform, a complete closed loop is formed, and the manageability of the whole system is improved.

The invention relates to a top-down automatic production line decomposition method which comprises the following steps: from the angle of digitization, adopting a methodology to replace a traditional automatic design method, namely adopting a top-down method to design and construct an automatic production line in the industry; the design and construction application method of the automatic production line in the industry comprises the following steps: digitalizing firstly and then performing hardware, namely, during project implementation, performing digital modeling firstly and then performing process digital simulation to form virtual production. According to the method, production line layout optimization and process verification are completed in a virtual environment through an innovative process of firstly performing digital modeling and then performing hardware implementation, so that the physical debugging cost is greatly reduced, the project period is remarkably shortened, cross-region collaborative design is realized by a digital simulation technology, the design iteration efficiency is greatly improved, and an innovative experimental platform is provided for new product development.