322 results about "Collaborative management" patented technology

A centrally managed system (100) is provided which enables the collaborative management by users (108) of information. Through the establishment of metadata schema (300) and the collection and persistent storage of metadata (500, 1900), the system provides users (100) with richly enabled features for managing information and performing collaborative activities. These features include the ability to easily find, recall and share a rich variety of information types with other users (100).

The invention discloses a power failure information collaborative management method, apparatus and system. The method comprises the steps that a power supply service command platform receives power failure information of each information system through an interface, performs power failure information analysis according to an established association relationship of "station-line-transformer-box-meter-household" for different types of the power failure information, releases analysis results to a power utilization user, and classifying and pushing the analysis results to corresponding managementpersonnel respectively; the power supply service command platform receives a court gateway power failure event and / or a user power failure event reported actively, or receives repair of the user and analyzes a user address, actively calls a court gateway power failure state and / or a user power failure state, and performs power failure fault auxiliary research and judgment; and the power failure information collaborative management is carried out in combination with the power failure information analysis results and power failure fault auxiliary research and judgment results.

A centrally managed system (100) is provided which enables the collaborative management by users (108) of information. Through the establishment of metadata schema (300) and the collection and persistent storage of metadata (500, 1900), the system provides users (100) with richly enabled features for managing information and performing collaborative activities. These features include the ability to easily find, recall and share a rich variety of information types with other users (100).

The invention provides a DRAM (dynamic random access memory)-NVM (non-volatile memory) hierarchical heterogeneous memory system adopting software and hardware collaborative management. According to the system, an NVM is taken as a large-capacity NVM for use while DRAM is taken as a cache of the NVM. Hardware overhead of a hierarchical heterogeneous memory architecture in traditional hardware management is eliminated through effective use of certain reserved bits in a TLB (translation lookaside buffer) and a page table structure, a cache management problem of the heterogeneous memory system is transferred to the software hierarchy, and meanwhile, the memory access delay after missing of final-stage cache is reduced. In view of the problems that many applications in a big data application environment have poorer data locality and cache pollution can be aggravated with adoption of a traditional demand-based data prefetching strategy in the DRAM cache, a Utility-Based data prefetching mechanism is adopted in the DRAM-NVM hierarchical heterogeneous memory system, whether data in the NVM are cached into the DRAM is determined according to the current memory pressure and memory access characteristics of the applications, so that the use efficiency of the DRAM cache and the use efficiency of the bandwidth from the NVM main memory to the DRAM cache are increased.

The invention provides a public security traffic management data brain, which can realize integration and data integration of traffic management systems in various places, improve the deep applicationcapability of data information and enable the traffic management system to have higher collaboration. Meanwhile, the invention further discloses a construction method of the brain based on the publicsecurity traffic management data. The system comprises a facility layer, a platform layer and an application layer, wherein the facility layer comprises a traffic management special cloud infrastructure and a cloud resource management system, and the platform layer is used for accessing, integrating, storing and processing various traffic management information resources and providing resource services for the outside and comprises a unified data exchange system, a video AI application platform and a big data resource pool; and the application layer provides application functions and servicesfor various traffic management users, and comprises a digital traffic geographic information system and an intelligent collaborative management and control application platform.

A method for integrating enterprise collaborative operations in the product lifecycle management (PLM) and a system thereof are proposed. The system comprises at least a message server, at least a web server, a system engineering service platform server, at least a PLM application system server and an enterprise portal server. The system can build a system integration environment between customers, central manufacturers, and providers and offer a collaborative platform between enterprises. Information can thus be interchanged in real time in this system integration environment in the whole PLM from idea through specification requirement, design, development, manufacturing to termination, thereby providing a system integration method and environment for collaborative management, development, manufacturing and marketing between enterprises, providers and customers.

A centrally managed system (100) is provided which enables the collaborative management by users (108) of information. Through the establishment of metadata schema (300) and the collection and persistent storage of metadata (500, 1900), the system provides users (100) with richly enabled features for managing information and performing collaborative activities. These features include the ability to easily find, recall and share a rich variety of information types with other users (100).

In at least one embodiment, multiple controllers implement collaborative management of a non-volatile hierarchical storage system. In the storage system, a first controller receives health reports from at least second and third controllers regarding health of multiple storage units of physical storage under control of the second and third controllers and maintains a health database of information received in the health reports. In response to a health event and based on information in the health database, the first controller modifies logical-to-physical address mappings of one or more of multiple storage units under its control such that data having greater access heat is mapped to relatively healthier storage units and data having less access heat is mapped to relatively less healthy storage units. Thereafter, the first controller directs write requests to storage units under its control in accordance with the modified logical-to-physical address mappings.

A system and method for personnel management collaboration is provided. Each employee has an employee profile data area that is used to store planning data and actual data corresponding to the employee. Planning data includes risk analysis data, compensation data, and development planning data. Actual data includes current compensation data and performance data. A management team may have a common project manager with many department managers. The project manager selects employees normally included in the project manager's view, such as the department managers, and excludes them to form a new view in order to protect the confidentiality of the department manager's data. The new view can be shared amongst the department managers without compromising confidentiality. Employee data pertaining to employees reporting to the department managers is still included in the view for collaborative management meetings and online discussions. Changes to employee data are visible to all of the managers.

The invention discloses a distributed KVM (keyboard, video, mouse) seats collaborative management system, comprising a network switch, a plurality of KVM seats input unit and a plurality of KVM seats output units; each KVM seats output unit has an OSD (on-screen display) menu, each KVM seats input unit is connected to a main unit or a PC (personal computer) or a server, each KVM seats output unit is connected with a display or a large-screen tiled wall, the multiple KVM seats output units form an operation seat that uses at least one mouse-keyboard set, the KVM seats input units are used for receiving and processing video data from the main units or PCs or servers and transmitting to the network switch, the network switch is used for receiving the video data and switching to the multiple KVM seats output units, the KVM seats output units are used for processing the video data and displaying on the display or large-screen tiled wall, mouse-keyboard signals of the operation seat can be switched automatically to the main units or PCs or servers corresponding to the contents displayed by the corresponding displays, and controlling multiple main units or PCs or servers with one mouse-keyboard set is achieved.

The invention provides a collaborative management device and a collaborative management method for simulation resource information and model source codes, which are used for collaboratively managing a relational data base and a concurrent version system (CVS) version management base. The device comprises a data consistency access interface of an external data access interface, a data update synchronizing and monitoring module for monitoring and synchronizing update operations of the two resource bases in real time, a data integrity testing and backspacing module for regularly checking the integrity of the corresponding relationship between the data in the two resource bases, and a collaborative access log module for recording information of all synchronous visit operations. The method is characterized that a database table structure is firstly designed to realize structural storage of simulation resource information; the model management base is created; and a consistent data storage function and a synchronous data update function are fulfilled by utilizing the device. The device and the method ensure the consistency, the integrity and the safety of the data in the collaborative management process of the relational data base and the CVS.

The invention discloses methods for manufacturing and mounting prefabricated wall members, and belongs to the field of technologies for constructing buildings. By the aid of the methods, the problem of low traditional building construction efficiency can be solved, and the traditional production modes with high energy consumption and severe pollution can be changed. The prefabricated wall members are internally provided with reinforcement frameworks and embedded members, and embedded reinforcement holes, grouting holes and exhaust holes are reserved in the prefabricated wall members. The method for manufacturing the prefabricated wall members includes 1), erecting formworks according to the overall dimensions of the prefabricated wall members; 2), placing the reinforcement frameworks and the embedded members in the formworks; 3), preparing and pouring concrete; 4), carrying out steam curing on the prefabricated wall members; 5), stripping the prefabricated wall members from forms; 6), laterally turning the prefabricated wall members and erecting the prefabricated wall members; 7), inserting or butting the prefabricated wall members. The methods have the advantages that buildings can be constructed by the aid of the prefabricated wall members instead of the traditional construction modes, accordingly, implementation of building industrialization can be promoted, energy consumption and garbage discharge can be reduced, the construction efficiency and the construction comprehensive quality can be improved, and collaborative management can be facilitated.

The invention discloses a distributed KVM agent collaborative management system. The system comprises a network switch, multiple KVM agent input units and multiple KVM agent output units, wherein eachKVM agent input unit is connected with a host or PC or server, each KVM agent output unit is connected with a displayer or large-screen splicing wall, the multiple KVM agent output units form operation agents, and each operation agent uses at least one set of mouse and keyboard; and the KVM agent input units receive and process video data of the hosts or PCs or servers and transmit the video datato the network switch, the network switch receives the video data and switches the video data to the multiple KVM agent output units, and the KVM agent output units process the video data and displaythe processed video data on the displayers or large-screen splicing walls. According to the system, the operation agents can push content displayed on the displayers to the splicing walls through keyboards and an OSD and indicate a current pushing position on each large screen through a color box, and current video names indicated by the color boxes can be read on the operation agents.

The invention provides a fire control safety management information system based on a grid management mode. The fire control safety management information system relies on cloud computing, mobile Internet and geographic information technologies, and constructs a grid, hierarchical and modular fire control safety information platform and a grid inspection mode. The overall architecture is divided into five layers which are a cloud platform layer, a database layer, a provincial management platform, a prefectural and municipal operation platform and a user application layer. A private network is constructed through technologies such as an Internet special line, a VPN and an APN so as to realize safe transmission of data. Application software of various access systems is provided in allusion to different users, wherein the application software mainly comprise a mobile client and a background computer client, the user type is recognized according to different login accounts, and corresponding authorities are set. According to the system provided by the invention, the grid is divided according to geographic areas, a method for realizing grid management by adopting a tree-form collaborative management mode is implemented, the job responsibility and the content of each grid are clearly defined, and the responsibility is implemented by people by virtue of taking mobile internet technologies as a tail end hand grab, thereby mobilizing the power of each level, effectively eliminating potential safety hazards, and improving the fire control management level.

The invention discloses a PaaS (Platform-as-a-Service) collaboration system based on semantic relatedness and a method thereof. The system comprises an engine layer, a service layer, a control layer and a resource layer. The control layer and the resource layer are the core of the invention. The control layer analyzes and maintains the semantic relatedness and carries out the collaborative management on the distributed asynchronous operation of a plurality of developers based on the semantic relatedness, calls the PaaS collaboration system based on semantic relatedness to carry out the resource subscription and notification, and controls the access permission of the developers. The resource layer realizes a virtual resource maintenance based on the space view of developers and the mappingfrom the virtual resource to a physical resource. The invention also provides a PaaS collaboration method based on semantic relatedness for analyzing, processing and notifying the semantic relatedness between different modules and codes maintained by a plurality of developers. The invention increases the efficiency and quality of the collaboration development work.

The invention discloses a BIM-based fabricated building data collaborative management method and system. The method comprises the steps of 100, BIM (building information model) planning, wherein a GISplatform is utilized to integrate a BIM and apply the BIM to city planning; 200, BIM digitalization, wherein a standard data format is utilized to realize unification of a design model and an analysis model on the basis of a three-dimensional model, and conflict rules are utilized to perform automatic detection on a detection platform; 300, management platform informatization, wherein omnibearinginformation of an engineering project is integrated and merged into a database; and 400, operation and maintenance management, wherein documents and data relevant to operation and maintenance in theconstruction process are integrated, a BIM completion model is established, and a corresponding evaluation mode is established. The whole model meets the demand of a relevant party on the BIM, the structural complexity of sub-models is effectively lowered, and model loading and rendering time is effectively shortened; and meanwhile, model analysis and processing time is slightly prolonged, and theexecution efficiency of BIM version management and collaboration is greatly improved.

The invention provides a three-dimensional digitization final assembly technology collaborative design system which at least comprises a final assembly technology data management module, a final assembly technology process management module, a final assembly technology personnel organizational management module, a final assembly technology authority management module, a final assembly technology collaborative design module, a final assembly technology simulation and verification module and a final assembly technology data dissemination module. Through secondary development and software implementation, the three-dimensional digitization final assembly technology collaborative design system establishes an integrated three-dimensional digitization collaborative environment by taking data management as a core, and enables the product three-dimensional model to be fully shared and used on various business links of a whole enterprise; distributed data and document collaborative management is realized, through the research of a process management method of a product cross-domain collaborative design manufacturing business process, the product is enabled to be subjected to quick seamless integration from design to technology, the lead time of the product is effectively reduced, and the three-dimensional digitization of the design and manufacture is realized.

The invention provides a distributed collaboration method. The distributed collaboration method includes the steps that after a collaboration device receives node establishment requests from collaboration clients, nodes are established for the collaboration clients, domains which the nodes belong to are determined, and each node only belongs to one domain; when the nodes change or the domains change, the collaboration device informs collaboration clients meeting the preset conditions of the change. The invention further provides the collaboration device. When collaborative management is performed through the distributed collaboration method and the collaboration device, only the two layers of the domains and the nodes are configured, configuration is simplified, and performance is improved.

The invention relates to a system for realizing distribution network construction safety collaborative management control based on artificial intelligence. The system comprises a portable video monitoring and alarm device subsystem, a constructor information management and attendance management subsystem, a background video intelligent analysis subsystem and a foreground display and control terminal subsystem. The system comprises a portable video monitoring and alarm device subsystem, a constructor information management and attendance management subsystem, a foreground display and control terminal subsystem. The invention also relates to a method for realizing distribution network construction safety cooperative management control based on artificial intelligence. The adoption of that invention, which can provide a complete solution to the construction safety collaborative management of the construction distribution network, No need to manually adjust the on-site camera to achieve automatic tracking monitoring of the distribution network construction area, the construction of a single behavior and the entire construction process for automatic violation detection, the real realization of the background monitoring staff from the tight screen tension out of the liberation.

The invention provides an SOA-based clothes enterprise collaborative management system development method. The development method comprises the following steps: (1), an SOA integration development system platform is established; (2), a collaborative development middleware tool kit is arranged in a service layer; (3), the existing ERP (Enterprise Resource Planning) of the enterprise and any other third-party application systems are integrated into a resource layer; (4), collaborative management system development is carried out; (5), all parts of a completed collaborative management system are respectively integrated into the service layer and an application layer; and (6), a Portal middleware development presentation layer interface is adopted. The invention further provides a clothes enterprise collaborative management system for realizing the method. The system is a Web Service technology-based Web service integration application platform comprising the following four layers of structure which are connected from top to bottom and carry out interactive communication: a presentation layer, the application layer, the service layer and the resource layer. The method and the system provided by the invention are standard and highly effective, traverse platforms and have significant advantages.

The invention provides a wisdom community collaborative management service system, relates to the improvement of a community management system, and specifically relates to the wisdom community collaborative management service system. The system uses the Internet of Things as the basis of the architecture system. From the perspective of technical principle, the system is composed of an applicationlayer, a network layer, a cloud service layer, a communication layer and a perception layer. From the perspective of structural composition, the system consists of a basic cloud platform, a client application side, a community home management subsystem, a community safety management subsystem, a community energy management subsystem and a community water supply and drainage power distribution management subsystem. According to the invention, the architecture is unified; original various independent systems are connected to realize linkage of various subsystems within a community; unified supervision is used, and the community information is collected and processed in a unified mode; a platform is provided for multiple applications; a unified application interface is provided; a unified communal facility supervision platform is established; and different types of devices in the community are monitored, controlled and managed by the same platform.

Roller compacted concrete dam construction progress-cost cooperative control method based on BIM technology comprises the following steps: establishing a dam simulation three-dimensional entity model;compiling a dam concrete pouring simulation information model; importing three-dimensional entity model and multiple information models of dam simulation into a construction simulation platform, andintegrating the roller compacted concrete dam progress-cost collaborative management information platform through correlation of data information; displaying the implementation conditions of the construction progress plan and the construction cost plan; monitoring an improved value index in the construction process by utilizing a secondarily developed platform plug-in and an improved value methodprinciple, and a project manager adjusting the construction progress-cost planning in time according to early warning information of monitoring deviation to achieve progress-cost correction, so as torealize collaborative management and control of the two, and finally, realizing a predetermined progress-cost target. By means of the method, visual simulation, construction information inquiry and tracking monitoring of the roller compacted concrete dam construction process can be achieved, a basis is provided for decision making and management of a project manager, and the construction progressis improved. And the cost management efficiency and the collaboration are improved.

The invention provides an intelligent construction method for a tunnel through a drilling and blasting method, and belongs to the field of tunnel engineering. The intelligent construction method for atunnel through a drilling and blasting method integrates a drilling and blasting method tunnel face front surrounding rock intelligent prediction method, a tunnel face surrounding rock intelligent grading method, an intelligent design method, an intelligent construction method and an intelligent construction quality control method. Intelligent prediction of surrounding rock in front of the tunnelface, intelligent grading of the surrounding rock on the tunnel face, intelligent design, intelligent construction and intelligent management and control of construction quality and efficient collaborative management are achieved; investment of constructors can be effectively reduced; construction quality and construction efficiency are improved; and potential risks in the tunnel construction process are reduced.

The invention discloses an enterprise collaborative management system which comprises eight subsystems of personnel organization, project management, finance actuarial, contract management, man-hour management, personnel attendance, statistical chart and performance assessment, different functional modules are arranged in the subsystems, data of the functional modules are gathered to the corresponding subsystems, and the subsystems call data of other subsystems or modules through the management system to achieve data intercommunication. The system can effectively solve the problems that a taskis issued by the oral department, employees do not clearly know own follow-up work tasks, and a management layer does not clearly know the work quality and saturation degree of each employee; the problems of complex process and time consumption of remote office and contract report approval are solved; the problem that various data needs to be followed up by people is solved, and a data billboardwhich can be seen by a decision management layer conveniently and is convenient to transmit is provided.

The invention provides a method for developing an SOA (service-oriented architecture) based service enterprise collaborative management system, characterized by comprising the following steps of: 1) constructing an SOA integrated developing system platform; 2) arranging a collaborative developing middleware toolkit in a service layer; 3) integrating the existing ERP (enterprise resource planning) of the enterprise and other third party application systems into a source layer; 4) developing the collaborative management system; 5) respectively integrating each part of the developed collaborative management system into the service layer and an application layer; and 6) developing a presentation layer interface by using a Portal middleware. The invention also provides a service enterprise collaborative management system for realizing the method, which is a Web service integrated application platform based on Web Service technique, and comprises the following four layers which are mutually connected and communicated from top to bottom: a presentation layer, an application layer, a service layer and a resource layer. The method and system provided by the invention are specific, standard, highly efficient and cross-platform, and have obvious advantages.

The invention relates to a construction method based on a BIM (Building Information Modeling) technology, in particular to a universal engineering construction method based on BIM technology application, which is suitable for different construction sites, and mainly comprises the following steps of: 1) creating a three-dimensional civil engineering model according to element characteristics of theconstruction sites; 2) importing the attribute parameters of the three-dimensional civil engineering model and forming a model attribute database; 3) performing classified and regional sequential operation; 4) planning construction paths of civil engineering reconstruction, steel structure installation and electromechanical installation to obtain a database of motion vectors; 5) collecting a database of the motion vectors and a model attribute database so as to check collision; 6) simulating construction and calculating engineering material consumption and proper materials; 7) browsing and checking site construction conditions in real time through the mobile phone terminal to guide construction and collaborative management, 8) following the construction progress and optimizing planning progress arrangement, 9) recording the actual construction process to form system memory information, and carrying out high-accuracy and high-efficiency instructive construction work through the management platform.

The invention discloses a multi-operator ODN sharing and heterogeneous PON unified management method. The method comprises the following steps: 1, a soft defined virtual passive optical network overall system framework, that is, providing an open control interface in a PON access network to implement a programmable intelligence management and control platform, dividing resources into multiple slices virtually and flexibly, and independently forwarding the slices by operators in respective virtual resource channels; 2, components of a virtual passive optical network system; 3, a virtual passiveoptical network configuration working mechanism; 4, a sharing PON equipment increases software-defined identifiers of telecom operators; 5, a multi-operator sharing work configuration mechanism; 6, adata forwarding mechanism; 7, a system management; 8, pool grouping; 9, virtual network topology; 10, QoS implementation; 11, the realization of security assurance and coexistence transition; 12, therealization of energy-saving mechanism; and 13, collaborative management with the upper-level network. The multi-operator ODN sharing and heterogeneous PON unified management method has the advantages of realizing the indiscriminate opening of the service level and reducing the construction cost of the resident network.

The invention relates to a high-performance cluster management method based on Slurm, which comprises the following steps of: randomly selecting one machine as a control node and other machines as computing nodes; obtaining host names or IP information of all computing nodes in the cluster, and copying a cluster installation package and an installation script to each computing node; logging in each computing node on the control node through an SSH (Secure Sockets Hierarchy) service, and finishing the construction and deployment of a cluster environment on the node through the installation script; deploying a control receiving process at the control node for monitoring computing resources and receiving information sent by the computing node; wherein a daemon process exists on each computingnode to control the computing nodes in the cluster, regularly acquiring node states and information on the nodes, and sending the node states and the information to the control node through an SSH service; carrying out collaborative management on the computing nodes and the redundant backup nodes; and based on a Slurm job management mechanism and a node state monitoring process, deploying, monitoring and allocating jobs in the queue according to the current condition of cluster system resources.