50 results about "Project environment" patented technology

The invention discloses an analytic hierarchy process-fuzzy comprehensive evaluation-based chemical project environmental risk evaluation system and belongs to the field of environmental risk control and management. The system comprises the following steps: (1) establishing an environmental risk evaluation index system; (2) dividing the evaluation levels of the environmental risk evaluation index system, determining the standards for evaluation of indexes under different levels, and scoring the indexes; (3) determining the weight of individual index by applying the analytic hierarchy process; (4) carrying out environmental risk comprehensive evaluation by virtue of fuzzy comprehensive evaluation to obtain a decision set; and (5) evaluating the decision set according to the maximum membership principle to obtain the environmental risk evaluation level. According to the technical scheme disclosed by the invention, the system is suitable for risk evaluation of environmental behaviors in all chemical project production processes, can be used for comprehensive risk evaluation, and is comprehensive in evaluation range, perfect in method and system, accurate in evaluation system and good in feasibility.

The invention relates to a project environment display method. The method comprises performing three-dimensional modeling and rendering on a project to build three-dimensional panoramic images; meanwhile, performing panoramic photographing on existing surroundings of the project to make live-action three-dimensional panoramic data; then integrating the three-dimensional panoramic images and the live-action three-dimensional panoramic data onto an electronic map, and performing web publishing on the basis of browser software. The project environment display method can display a project under planning or under construction on Internet without downloading three-dimensional plug-ins to achieving publicity and promotion. The project environment display method can be widely applied to projects such as real estate buildings, constructional decoration, industrial parks and exhibitions to perform commercial promotion, investment attracting, environment show and the like.

The embodiment of the invention discloses a call method and device for a background service in a micro-service architecture. The method comprises the steps: obtaining a micro-service call request of a micro-service call side; searching service address information corresponding to a service provider according to a state identifier of the micro-service architecture if the operation state of the micro-service architecture corresponding to the micro-service call request; and calling the background server in the micro-service architecture corresponding to the searched service address information. According to the technical scheme of the invention, the method can reduce the resource investment cost during the development and testing of the micro-service architecture, and reduces the maintenance complexity of a project environment in the micro-service architecture.

The invention relates to a transmission and transformation project environment sensitive area comprehensive management system based on a geographic information technology. A project environment geographic information system is established, and information such as geographic location information of a transmission and transformation project in a target area, types of surrounding sensitive areas, and protection ranges is managed and inquired, thus the functions of automatic analysis and calculation and auxiliary optimization of a transmission line path are realized. The transmission and transformation project environment sensitive area comprehensive management system comprises a geographic information platform, a project environment geographic information platform and a project environment geographic information system function application layer, wherein the geographic information platform is used for acquiring sensitive area and project data and influenced pattern basic data and establishing a system database; the project environment geographic information platform is communicated with a power geographic information system through a data interface module and is used for reading, updating and analyzing project data and sensitive area data, and providing corresponding basic services aiming at different applications and opened interface services through a Web Service mode for realizing information sharing among systems; and the project environment geographic information system function application layer realizes inquiry and management of the sensitive areas and management and comprehensive analysis of a transmission and transformation project.

The embodiment of the invention discloses a micro-service test method and device. The method comprises the steps of establishing a public environment and project environments, wherein the public environment comprises a current version of at least one piece of micro-service, and the project environments comprise an updating version of the at least one piece of micro-service; preferentially judgingwhether to-be-called micro-service exists in the project environments or not when any micro-service calling request is acquired in a test process of to-be-tested target micro-service; and performing the calling request from the project environments if the to-be-called micro-service exists in the project environments, and performing the calling request from the public environment if the to-be-called micro-service does not exist in the project environments. According to the embodiment of the invention, the target micro-service can be rapidly tested, and the test efficiency of the micro-service can be improved.

A system for managing greenhouse gas-related activities includes a management system communicatively coupled to a greenhouse gas facility and configured to collect and distribute operation data associated with operations of the greenhouse gas facility. The system also includes at least one subscriber communicatively coupled to the management system. The subscriber is configured to analyze the received operation data based on at least one characteristic of a greenhouse gas project environment. The subscriber is also configured to provide one or more recommendations for adjusting an operational aspect associated with the greenhouse gas facility based on the analysis. The management system adjusts one or more operational aspects associated with the greenhouse gas facility based on the recommendations provided by the subscriber.

Various techniques for effecting knowledge transfer are provided. In one embodiment, knowledge transfer tasks are identified through parsing of one or more repositories comprising project-related artifacts to ascertain tasks that are relevant to a transitioning project participant, and that may be further analyzed to determine whether knowledge transfer is necessary. In a similar vein, knowledge transfer recipients may be identified through similar parsing of the one or more repositories to identify project participants that are relevant to knowledge transfer tasks, with the resulting list of associated project participants narrowed down to selected knowledge transfer recipients according to their respective ability/availability to receive the knowledge transfer. Because these processes can be automated, including the use of an interactive interface, and based on stored artifacts, the subjectivity and variability of prior art techniques may be substantially reduced.

The invention discloses a method for automatically constructing a target file based on a container technology. The method comprises the following steps: 1, acquiring a project code and copying the project code to a server; 2, judging whether a configuration file stored with project environment information exists on the server or not; if so, executing the step 3; if not, executing the step 6; 3, reading configuration file information to obtain an environment required by the current project; 4, judging whether an environment mirror image exists on the server or not, and generating the environment mirror image if the environment mirror image does not exist: if yes, the docker container is started through the docker mirror image; 5, executing a predefined target file construction command in the docker container; 6, ending the construction operation. The compiling construction problem based on the standard architecture project is effectively solved, and different development environments, test environments and deployment environments are rapidly provided by using the container mirror image. In addition, in the environment migration process, the method is faster than a traditional mode,and it is guaranteed that the environment is completely consistent after migration.

The invention provides a method for automatically deploying a Web application environment. By means of a Java JDK, a tomcat serve and a mysql database of an integrated engineering project system frame, a large number of scripting languages are used for controlling starting operation and mutual calling of all parts, the log output position of the environment is set in the environment to monitor the operation condition of the environment, a backup data directory is set and used for project data backup, and therefore a complete web application library is provided. A fast and efficient deploying mode can be provided for projects including J2EE, various problems existing in the project environment installation process can be closed, the ability and level of implementation engineers can be reduced, and the error rate in the project in the implementation process can be greatly reduced.

The invention relates to the technical field of hydropower project environment protection, discloses a method for assessing ecological flow discharging effects of water conservancy and hydropower projects, and aims at optimizing and completing ecological scheduling schemes. The method comprises the following steps of: 1, determining an assessed reach range; 2, determining protected objects; 3, determining a standard that discharged ecological flows satisfy water demands of the protected objects; 4, determining weights of different protected objects in effect assessment; 5, analyzing whether the discharged ecological flows satisfy the water demands of the different protected objects or not; and 6, comprehensively assessing an ecological flow discharging effect. The method is suitable for evaluating the effect of ecologically scheduling the discharged flow process by water conservancy and hydropower projects, is capable of providing technical support for optimally adjusting discharged flow schemes and ecological scheduling experiment schemes of water conservancy and hydropower projects, and has practical significance for scientifically and effectively implementing ecological scheduling for water conservancy and hydropower projects.

The invention provides a front-end and rear-end automatic deployment tool forming method based on data analysis. The method comprises the following steps of: configuring codes of a front-end project environment, a configuration file address corresponding to the environment, corresponding server information and a directory to be packaged into a static file; and deploying the static file on the static server corresponding to the target project environment, so that the problems of high manual error and high online risk caused by manual code modification of interface addresses of different environments in the prior art are avoided. Meanwhile, the problem of online failure caused by manual errors due to the fact that codes of the code server are not directly read in the online process is avoided. According to the method, manual operation is time-consuming and labor-consuming when traditional front-end projects are online, and after the method is adopted, the investment of labor cost is reduced, and the working efficiency is improved. The traditional online flows of the front end and the rear end of a project are different and cannot be managed in a unified manner, and the packaging deployment tool based on the invention enables the flows to be unified and is convenient to manage.

The invention provides a scheduling optimization method and system based on a resource-constrained project scheduling problem model, and belongs to the field of resource scheduling. The method comprises the following steps: S1, carrying out modeling analysis on an aircraft tipping scheduling problem, and constructing a process scheduling model under an uncertain condition of a delivery project; S2, taking the construction period of the delivery project as a target function, and performing optimization to enable the delivery construction period to be shortest; S3, setting constraint conditions of a delivery process scheduling system; and S4, solving an optimal decision variable based on an intelligent optimization algorithm, so that the objective function is minimized, and scheduling optimization of the resource-constrained project scheduling problem model is realized. According to the method, the project environment of actual tipping and the resource-constrained project scheduling model theory are combined, and the current flow situation and the resource constraint of airplane delivery and tipping are fully considered, so that the airplane delivery period is shortest, and the scientificity, the high efficiency and the rationality of tipping process scheduling are improved.

The invention provides a test environment system and a system joint debugging method. The test environment system comprises a baseline environment and a project environment application. The applications included in the baseline environment and the to-be-tested applications included in the project environment application are borne through container technology, isolation between the applications included in the baseline environment and the project environment application is achieved, and therefore it is guaranteed that in the parallel testing process, the running environments of the applicationsdo not interfere with one another. And the baseline environment comprises copies of all applications of a formal running software system and can be respectively subjected to system joint debugging with each to-be-tested application, so that multiple test requirements are simultaneously met by utilizing one set of environment. According to the test environment system provided by the invention, onthe premise of saving computer resources, the problem of mutual interference among different test environments during parallel test is solved.

The invention relates to the technical field of software research and development cloud platforms, in particular to a research and development cloud platform application method. The method comprises the following steps that S1, performing online application, approval is passed, and administrator permission is obtained; S2, after obtaining administrator permission, logging in to enter a workbench,and creating project details; S3, creating project environment requirements, and configuring server resources; S4, monitoring the resource use condition of the server, and monitoring the project research and development progress; S5, in the project research and development process, performing elastic calculation according to the resource use report, adjusting server resource configuration, and associating codes submitted in the project research and development process with requirements and the BUG; and S6, performing project verification and project release, generating an update log, and storing the update log in a database. According to the method, the use condition of project resources can be monitored, elastic calculation is supported, resource configuration is adjusted according to project requirements, and the project verification and release efficiency can be greatly improved.

The embodiment of the invention discloses a multi-platform compiling detection method and device, equipment and a medium, and the method comprises the steps: obtaining a to-be-processed project file corresponding to a compiling detection instruction and a target compiling platform when the compiling detection instruction is triggered; calling a development tool set plug-in through a development platform to obtain a target configuration file corresponding to the target compiling platform, and compiling contents in the to-be-processed project file based on the to-be-processed project file and the target configuration file; and obtaining a compiling result sent by the development tool set, and sending the compiling result to a target receiving end. According to the multi-platform compilationdetection method provided by the embodiment of the invention, multi-platform compilation detection in one project environment is realized, and the multi-platform compilation detection efficiency is improved.

The invention discloses a construction engineering data model environment visualization method, a construction engineering data model environment visualization device and the application thereof. According to the method and the device, the three-dimensional environment data model is generated from the actual environment of the construction project and is in data butt joint with the construction project data model, and finally, the visualization of the construction project environment is realized, so that the relationship between the construction project and the surrounding terrain environmentcan be visually reflected. The application of the method in bridge engineering planning can provide comprehensive technical support for early-stage construction organization planning of a bridge engineering project.

The invention provides a code engineering generation method and device, electronic equipment and a storage medium, and aims to enable code engineering of the same set of tool projects to be applied todifferent project environments after conversion, avoid redevelopment of a set of code engineering of tool projects adapting to the project environments and save manpower and time. The method is applied to a development tool. The method comprises the following steps of: ; obtaining a code project of a tool project generated by the development tool; obtaining project environment information input by a user on an operation interface of the development tool, reading the conversion codes corresponding to the project environment information, pre-storing the conversion codes corresponding to different project environment information in the development tool, converting the code engineering of the tool project by using the conversion codes, and generating the code engineering of the target projectmatched with the project environment information.

The invention provides a construction scheme comparison and selection method based on a BIM technology. According to the method, the detailed statement of each comparison and selection scheme is provided by utilizing the BIM technology; R; roaming checking and construction simulation enable comparison and selection personnel to conveniently analyze in the same project environment (the same projectparameter constraint) according to different schemes of the same project, so that the efficiency can be improved, repeated and invalid labor can be reduced, the refinement degree can be improved, andthe energy consumption can be reduced.

The present invention belongs to a simulation training method and particularly relates to a safety warning education simulation training system based on a simulation operation and a method thereof. The human-computer interaction module of the system can move a simulation loading module and an explanation module, a trainee can learn the project basic content in the module, the safety warning precautions in the project content are judged preliminarily, and through single or multiple playing, the trainee gets familiar with a project environment and then continues to carry out the next operation, the risk points and dangerous points in all people, objects and events in an item scene are listed one by one, the risk points and dangerous points are vividly displayed to the trainee, and through the comparison with the explanation module, the grasp condition of safety warning by the trainee can be reminded or tested.