271results about How to "Improve collaboration efficiency" patented technology

The invention discloses a workflow engine implement method based on a dynamic language and an event processing mechanism, and belongs to the technical field of computer system platforms. An event mechanism is interacted with a service application interface and a backstage service component by the adoption of a low-coupled mode, a main engine loading a dynamically configured working process defines and generates control data and workflow instance data, task flow and dynamic scheduling are carried out by combining service events, dynamic configuration is carried out on the scheduling rule by adopting a service rule language, and real-time adjustment can be carried out according to service change. The event processing mechanism interacts with the backstage service component through synchronous and asynchronous messages, technological realization and services are separated from each other, the defect that a traditional workflow engine needs to adopt a solidified code for binding service is overcome, and efficiency and integration of the service process and the technology are truly achieved.

The invention discloses a development, testing, operation and maintenance integration system, deployment and a full-quantity and incremental updating method. The system comprises an automatic deployment module and an automatic updating module, wherein the automatic deployment module configures corresponding backup controller information and load balancer information according to mirror images in a mirror image warehouse at a developer end, automatically generates an application deployment script, and automatically / manually spreads the application deployment script to a testing deployment end; the testing deployment end automatically deploys an application to the testing, operation and maintenance environment by executing an application deployment script file, the automatic updating module updates an application program according to the mirror images in the mirror image warehouse at the developer end, generates an update pack file in a full-quantity or incremental updating mode and automatically / manually spreads the update pack file to the testing deployment end; the testing deployment end automatically deploys the updated application to the testing, operation and maintenance environment by executing the update pack file. Cooperation obstacles among development, testing, operation and maintenance are reduced, the cooperation efficiency is improved, application deployment processes are simplified, a developer pays close attention to business flows, and the requirement for technological levels of operation and maintenance staffs is lowered.

The invention discloses a building engineering cost supervision system and method based on a block chain. The system comprises a user management module, an investment decision module, a design controlmodule, a building design module, an engineering implementation module, a supervision auditing module and a distributed file system. The invention aims to solve the problem that an existing project cost management system is insufficient in transparency. A solution is provided for solving the problems of counterfeiting and easy tampering; the information of each link of the project cost is recorded and tracked through the block chain; a public, transparent, high-credibility and traceable distributed network is constructed by using a block chain technology, so that an auditable constructional engineering cost supervision system which cooperates and mutually supervises from multiple parties including a building general contractor, a consultation service company, a survey designer, a construction party, a supervisor and the like is realized; due to the characteristics of the blockchain system, the data is prevented from being tampered, the information transparency of the system is improved, and illegal operation of illegal users is prevented.

The invention relates to an avionics system interface management system based on models. The system comprises a data hierarchy model, a data type model, a rule configuration model, a data template, a data design module, a database, a data analysis module and a universal interface module. The avionics system interface management system based on the models takes the modeling thought as the core and realizes interface design and management of the avionics system based on unified data; meanwhile, data interaction with the design process of the whole avionics system is realized with a document generation technology and a universal interface technology. The system can perform interface management and provide data support in the whole research and development process of the avionics system.

The invention discloses an information system engineering supervision enterprise service management system. The system comprises a project activity module, a user resource authorization module, an attachment management module, a workflow module, a timing module and a rule management module, automation of the whole process of information system engineering supervision service activities is achieved, and key steps of all project execution can be achieved through the system. Moreover, the system is developed by combining characteristics of the supervision industry, and is suitable for domestic information system engineering supervision projects, thereby measuring and realizing standard reaching of information system supervision services. Therefore, three-dimensional accurate guidance and accurate control of the project in the whole supervision project period and managers are realized, the supervision project management efficiency and accuracy are improved, and the management cost is reduced.

The invention relates to a building method and system of a cloud platform based on BIM and GIS cooperative work. The invention belongs to the technical field of data processing, and is characterized in that the method comprises the steps: 1, building a cloud platform: enabling the cloud platform to comprise a public cloud platform, a private cloud platform, and a unified cloud management platformwhich carries out the data interaction with the public cloud platform and the private cloud platform; 2, establishing a hydropower engineering collaborative management framework based on BIM and GIS,wherein the hydropower engineering collaborative management framework comprises a data storage processing part, a business logic part and a visual interaction interface; and 3, performing remote cooperative work based on the BIM and the GIS. The invention aims at the defects of the traditional information exchange and management working mode. The invention provides a management method for realizing data sharing, convenient communication, tight cooperation, effective management and high visualization degree, the practicability is strong, the collaborative design efficiency is greatly improved,the management level and the design quality are improved, the cost is saved, and the requirements of all parties can be met.

The invention provides a multi-specialty forward collaborative design interaction method for urban rail transit, and belongs to the technical field of urban rail transit engineering design. The methodincludes: carrying out three-dimensional design on each major of the involved urban rail transit, creating a BIM model, and uploading a model IFC file to a collaborative platform; analyzing the IFC file according to an IFC standard specification; a designer refers to the extracted component three-dimensional model and the design parameters to design specific parameters of the interaction component, and professional three-dimensional modeling is completed; the collaborative platform completes analysis of the three-dimensional model; a message management module of the platform sends a message uploaded by the interaction component three-dimensional model to a designer of the extracted specialty; the platform analyzes the parameter difference between the newly uploaded three-dimensional modeland the original three-dimensional model in a version comparison mode after analyzing the file; and a designer professionally confirms final design parameters of the extracted component and the interactive component according to design standards, design specifications and project technical requirements of the country or the industry, and a collaborative design process is completed.

The information engineering supervision project image progress management system comprises a project module, a working module, a man-hour module, a timing module, an early warning management module, a project guide module and a project display module. A project establishment application module is used for collecting project information including project establishment types, project full names, project attributes, project levels, project properties, proprietors, project types, contract amounts, project managers, execution places, belonging industries, general supervision engineers and auditing personnel, generating a project basic information form with project numbers as keywords, and transmitting the information to the project approval module of the authorized user step by step for approval. The project guide module displays the time range and the current state of each stage of the project in a list form, and the project display module displays the time range and the current event task state of each event task stage of the project, so that the whole supervision project period and the three-dimensional accurate guidance of a manager on the project are realized, the supervision project management efficiency is improved, and the management cost is reduced.

The embodiment of the invention provides an industrial information system and an industrial information system construction method, and relates to the technical field of industrial interconnection. The industrial information system comprises an access layer, a storage calculation layer, an application interface layer and an application layer. The access layer is used for receiving original data. The storage calculation layer is used for storing the original data and performing data analysis on the original data to obtain a data analysis result. The application interface layer is used for performing SaaS application customization on the data analysis result according to the preset service scene data to obtain customized application data. The application layer is used for updating the application data based on the customized application data. Thus, on the basis of the industrial information system architecture, all original data can be collected, analyzed and processed in advance according to a service scene and docked with all service systems through interfaces, service customization is achieved, communication equipment and a communication protocol between the service systems do notneed to be built in advance, and the cost is reduced. The cooperation efficiency between the service systems is improved.

The invention relates to a document collaboration method and device, a computer readable storage medium and computer equipment. The method comprises the steps of displaying a document page used for conducting online collaboration on a target document; displaying members participating in the online collaboration on the document page; when a voice cooperation triggering operation occurs, initiatinga voice call invitation according to a member pointed by the voice cooperation triggering operation; and when a connection response in response to the voice call invitation is received, establishing avoice call link for performing voice cooperation on the target document. According to the scheme provided by the invention, the document cooperation efficiency can be improved.

The invention provides an enterprise intelligent transformation maturity evaluation method. The method starts from two dimensions, namely a system level and a product full life cycle, and the ten elements, namely design, manufacturing, testing, logistics and service of the life cycle dimension and equipment, units / production lines, workshops, factories and collaborations of the system level dimension are used as first-level indexes of evaluation indexes respectively. On the basis, the first-level indexes are refined respectively, and 23 second-level indexes, such as product design, process design, planning and scheduling, production and operation, intelligent equipment and intelligent production lines, etc., are summarized. By comprehensively evaluating the enterprise by utilizing the primary index and the secondary index, and measuring the digitalization, networking, intellectualization and cloudification levels of each level and each service link of the enterprise, the overall levelof the enterprise intellectualization transformation is obtained.