CN113760449A - Power transmission and transformation three-dimensional design data sharing system based on desktop cloud xView - Google Patents
Power transmission and transformation three-dimensional design data sharing system based on desktop cloud xView Download PDFInfo
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Abstract
The invention relates to the technical field of desktop cloud, in particular to a power transmission and transformation three-dimensional design data sharing system based on desktop cloud xView, which comprises a client, wherein an employee logs in a desktop cloud system account through login information, so that a cloud terminal is connected with a desktop cloud system; the desktop cloud system divides each hardware device and the server into a plurality of virtual hardware and a plurality of virtual servers, creates at least one virtual desktop on each virtual server, and provides desktop cloud service for the outside. The desktop cloud system provides a virtual desktop through a virtualization technology, a user logs in the desktop cloud system through a client, various virtual hardware and virtual servers are utilized to complete related work in design in a power transmission and transformation project, three-dimensional design data generated in the design are stored, backed up, shared and modified, and required historical three-dimensional design data are checked, so that the problems of data confusion and data loss caused by improper management of the three-dimensional design data in the power transmission and transformation project are effectively solved.
Description
Technical Field
The invention relates to the technical field of desktop cloud, in particular to a power transmission and transformation three-dimensional design data sharing system based on desktop cloud xView.
Background
The national grid company highly attaches importance to engineering design quality, continuously strengthens management and control of the whole design process, improves the design quality by implementing three-dimensional design, deepens the application of three-dimensional design results, promotes data sharing of engineering data, electronic files and the like, and strengthens management and control of key links such as engineering design, review and the like.
At present, three-dimensional data such as planning, design and construction and the like are lack of unified management, each design unit is lack of a unified data management platform and mechanism, three-dimensional data management work still stays in a special service system and a manual data management stage, the problems of data loss and difficult query easily occur, meanwhile, three-dimensional design resources of a company are dispersed, unified design bases and standards are lacked, the problem of information barriers among the design units is serious, and the requirements of three-dimensional digital intensive development of the company and the requirements of high-quality development of a company power grid cannot be met.
Disclosure of Invention
The invention provides a power transmission and transformation three-dimensional design data sharing system based on desktop cloud xView, overcomes the defects of the prior art, and can effectively solve the problems that three-dimensional design data management is loose and data time synchronization is easy to occur in the implementation of the existing power transmission and transformation project.
The technical scheme of the invention is realized by the following measures: a power transmission and transformation three-dimensional design data sharing system based on desktop cloud xView comprises:
the client side enables the staff to log in the desktop cloud system account through the login information, so that the cloud terminal is connected with the desktop cloud system;
the desktop cloud system divides each hardware device and the server into a plurality of virtual hardware and a plurality of virtual servers, creates at least one virtual desktop on each virtual server, and provides desktop cloud service to the outside, wherein the servers comprise a computing server, a storage server and a network server, the computing server provides design and operation resources, the storage server stores and backups various three-dimensional design data, and the network server provides service for network users.
The following is further optimization or/and improvement of the technical scheme of the invention:
the desktop cloud system comprises:
the physical layer is provided with various hardware devices and servers, the hardware devices comprise switch devices and router devices, and the servers comprise computing servers, storage servers and network servers;
the virtual core layer is used for performing resource virtualization on the physical layer by using a virtualization technology, providing virtual resources to the upper layer and creating at least one virtual desktop on each virtual server;
the service layer provides a service interface for a service system of the upper application;
and the control unit is used for controlling the operation environment and operation of the system.
The virtual core layer comprises a computing virtual pool, a storage virtual pool and a network virtual pool;
the computing virtual pool is used for providing virtual design operation resources required by power transmission and transformation engineering design;
the storage virtual pool is used for providing virtual storage resources for storing and backing up various three-dimensional design data;
and the network virtual pool is used for providing virtual network resources required by network services.
The management and control unit comprises a system setting module, a resource scheduling module, a desktop management module, a storage management module, a network management module, an automatic operation and maintenance module, an alarm monitoring module, a log management module, a behavior auditing module and a user management module.
The service layer comprises an access gateway, an authentication gateway, an SDAPServer sublayer and a load balancing module.
The system also comprises a safety control unit, wherein the safety control unit comprises a data encryption module, a virtual desktop control module, a login verification module, an illegal processing module and a connection control module;
the data encryption module is used for correspondingly encrypting the three-dimensional design data of different grades;
the virtual desktop control module enables, forcibly disconnects and disables the virtual desktop;
the login verification module is used for verifying whether the user name is matched with the login password;
the illegal processing module is used for intercepting and preventing illegal data tampering and abnormal data flow direction;
and the connection control module monitors the connection information of the virtual desktop and forcibly disconnects the virtual desktop through the virtual desktop control module when the connection control module is used for illegal connection.
The invention is provided with a client and a desktop cloud system, wherein a virtual desktop is provided in the desktop cloud system through a virtualization technology, a user logs in the desktop cloud system through the client, in the desktop cloud system, various virtual hardware and virtual servers are utilized to complete related work in the design of the power transmission and transformation project, three-dimensional design data generated in the design is stored, backed up, shared and modified, required historical three-dimensional design data is checked, thereby effectively avoiding the problems of data confusion and data loss caused by improper management of three-dimensional design data in power transmission and transformation engineering, meanwhile, designers can complete related work in the design of the power transmission and transformation project by using various virtual hardware and virtual servers in the desktop cloud system, therefore, a design unit does not need to frequently replace the hardware required by design for each designer, and the designer does not need to frequently replace the hardware required by design.
Drawings
Fig. 1 is a block diagram of a system configuration in embodiment 1 of the present invention.
Fig. 2 is a system configuration block diagram of a desktop cloud system in embodiment 2 of the present invention.
Detailed Description
The present invention is not limited by the following examples, and specific embodiments may be determined according to the technical solutions and practical situations of the present invention.
The invention is further described with reference to the following examples and figures:
example 1: as shown in fig. 1, an embodiment of the present invention discloses a power transmission and transformation three-dimensional design data sharing system based on desktop cloud xView, including:
the client side enables the staff to log in the desktop cloud system account through the login information, so that the cloud terminal is connected with the desktop cloud system;
the desktop cloud system divides each hardware device and the server into a plurality of virtual hardware and a plurality of virtual servers, creates at least one virtual desktop on each virtual server, and provides desktop cloud service to the outside, wherein the servers comprise a computing server, a storage server and a network server, the computing server provides design and operation resources, the storage server stores and backups various three-dimensional design data, and the network server provides service for network users.
The embodiment of the invention is provided with a client and a desktop cloud system, wherein a virtual desktop is provided in the desktop cloud system through a virtualization technology, a user logs in the desktop cloud system through the client, in the desktop cloud system, various virtual hardware and virtual servers are utilized to complete related work in the design of the power transmission and transformation project, three-dimensional design data generated in the design is stored, backed up, shared and modified, required historical three-dimensional design data is checked, thereby effectively avoiding the problems of data confusion and data loss caused by improper management of three-dimensional design data in power transmission and transformation engineering, meanwhile, designers can complete related work in the design of the power transmission and transformation project by using various virtual hardware and virtual servers in the desktop cloud system, therefore, a design unit does not need to frequently replace the hardware required by design for each designer, and the designer does not need to frequently replace the hardware required by design.
Example 2: as shown in fig. 1 and 2, an embodiment of the present invention discloses a power transmission and transformation three-dimensional design data sharing system based on desktop cloud xView, including:
and the client side enables the staff to log in the desktop cloud system account through the login information, so that the cloud terminal is connected with the desktop cloud system.
The desktop cloud system comprises a physical layer, a virtual core layer, a service layer and a management and control unit.
The physical layer is provided with various hardware devices and servers, the hardware devices comprise switch devices and router devices, and the servers comprise computing servers, storage servers and network servers; wherein the server hosts primarily provide computing and storage resources, and the switches and router devices provide network resources.
The virtual core layer is used for performing resource virtualization on the physical layer by using a virtualization technology, providing virtual resources to the upper layer and creating at least one virtual desktop on each virtual server; the method includes creating at least one virtual desktop on each virtual server, that is, creating at least one virtual machine on each virtual server, installing various operating systems through the virtual machines to provide different virtual desktops, for example, installing a windows operating system can provide the windows desktop, installing a Linux system can provide the Linux desktop, installing the virtual machines of the operating systems can install programs required by three-dimensional design of various power transmission and transformation projects, and can also store three-dimensional design data.
The virtual core layer specifically comprises a computing virtual pool, a storage virtual pool and a network virtual pool;
the computing virtual pool comprises a virtual computing server and corresponding virtual hardware equipment and provides virtual design computing resources required by power transmission and transformation engineering design, so that a user can perform three-dimensional design, corresponding drawing modification and the like according to the virtual design computing resources;
the storage virtual pool comprises a virtual storage server and corresponding virtual hardware equipment and provides virtual storage resources for storing and backing up various three-dimensional design data, wherein the three-dimensional design data comprise related file data such as modeling data, drawings, manuscripts and the like, so that the three-dimensional design data are shared, personnel in different places can realize the remote collaborative design and communication through the storage virtual pool, and meanwhile, when the designer leaves the job, the complete connection of all three-dimensional design data is ensured, and the problem of drawing data file breakage is avoided;
and the network virtual pool comprises a virtual network server and corresponding virtual hardware equipment and provides virtual network resources required by network services.
The service layer provides a service interface for a service system of the upper application; the service layer comprises an access gateway, an authentication gateway, an SDAPServer sublayer and a load balancing module; the access gateway provides an analog subscriber line interface for directly accessing the common telephone subscriber to the soft switching network; the authentication gateway is an access and access control device before a user enters a network trust domain of CA certificate authentication service and a financial private network application service system, has the function of a user identity authentication agent, can interact with the certificate authentication service system to complete user identity authentication, checks the trusted network access authority of the user according to an authentication result, and completes authentication control of network access; the SDAPServer sublayer is used for mapping between the QoS flow and the DRB; the load balancing module is used for expanding network equipment and servers and can balance and distribute loads (work tasks) to a plurality of virtual servers for operation.
The control unit is used for controlling the operation environment and operation of the system; the management and control unit comprises a system setting module, a resource scheduling module, a desktop management module, a storage management module, a network management module, an automatic operation and maintenance module, an alarm monitoring module, a log management module, a behavior auditing module and a user management module; the system setting module is used for setting parameters of the system; the resource scheduling module is used for calling virtual hardware resources; the desktop management module is used for managing the virtual desktop; the storage management module and the network management module are used for managing the virtual storage server, the virtual network server, the storage server and the network server; the user management module is used for setting the authority of the user, and mainly setting the access authority of sensitive data; the log management module is used for recording login and operation processes; the behavior auditing module is used for monitoring and analyzing the operation process of the user; the automatic operation and maintenance module and the alarm monitoring module are respectively used for automatic operation and maintenance of the system and alarm of the system.
The security control unit comprises a data encryption module, a virtual desktop control module, a login verification module, an illegal processing module and a connection control module;
the data encryption module is used for correspondingly encrypting the three-dimensional design data of different grades and can adopt a block chain encryption technology; the virtual desktop control module enables, forcibly disconnects and disables the virtual desktop; the login verification module is used for verifying whether the user name is matched with the login password; the illegal processing module can monitor the three-dimensional design data in the flow directions of copying, pasting, file sharing and the like, and can intercept and prevent illegal data tampering and abnormal data flow directions; and the connection control module monitors the connection information of the virtual desktop and forcibly disconnects the virtual desktop through the virtual desktop control module when the connection control module is used for illegal connection.
The above technical features constitute the best embodiment of the present invention, which has strong adaptability and best implementation effect, and unnecessary technical features can be increased or decreased according to actual needs to meet the requirements of different situations.
Claims (9)
1. The utility model provides a power transmission and transformation three-dimensional design data sharing system based on desktop cloud xView which characterized in that includes:
the client side enables the staff to log in the desktop cloud system account through the login information, so that the cloud terminal is connected with the desktop cloud system;
the desktop cloud system divides each hardware device and the server into a plurality of virtual hardware and a plurality of virtual servers, creates at least one virtual desktop on each virtual server, and provides desktop cloud service to the outside, wherein the servers comprise a computing server, a storage server and a network server, the computing server provides design and operation resources, the storage server stores and backups various three-dimensional design data, and the network server provides service for network users.
2. The desktop cloud xView-based power transmission and transformation three-dimensional design data sharing system according to claim 1, wherein the desktop cloud system comprises:
the physical layer is provided with various hardware devices and servers, the hardware devices comprise switch devices and router devices, and the servers comprise computing servers, storage servers and network servers;
the virtual core layer is used for performing resource virtualization on the physical layer by using a virtualization technology, providing virtual resources to the upper layer and creating at least one virtual desktop on each virtual server;
the service layer provides a service interface for a service system of the upper application;
and the control unit is used for controlling the operation environment and operation of the system.
3. The desktop cloud xView-based power transmission and transformation three-dimensional design data sharing system according to claim 2, wherein the virtual core layer comprises a compute virtual pool, a storage virtual pool, and a network virtual pool;
the computing virtual pool is used for providing virtual design operation resources required by power transmission and transformation engineering design;
the storage virtual pool is used for providing virtual storage resources for storing and backing up various three-dimensional design data;
and the network virtual pool is used for providing virtual network resources required by network services.
4. The desktop cloud xView-based power transmission and transformation three-dimensional design data sharing system according to claim 2 or 3, wherein the management and control unit comprises a system setting module, a resource scheduling module, a desktop management module, a storage management module, a network management module, an automatic operation and maintenance module, an alarm monitoring module, a log management module, a behavior auditing module and a user management module.
5. The desktop cloud xView-based power transmission and transformation three-dimensional design data sharing system according to claim 2 or 3, wherein the service layer comprises an access gateway, an authentication gateway, an SDAPServer sublayer and a load balancing module.
6. The desktop cloud xView-based power transmission and transformation three-dimensional design data sharing system according to claim 4, wherein the service layer comprises an access gateway, an authentication gateway, an SDAPServer sublayer and a load balancing module.
7. The power transmission and transformation three-dimensional design data sharing system based on the desktop cloud xView is characterized by further comprising a safety control unit, wherein the safety control unit comprises a data encryption module, a virtual desktop control module, a login verification module, an illegal processing module and a connection control module;
the data encryption module is used for correspondingly encrypting the three-dimensional design data of different grades;
the virtual desktop control module enables, forcibly disconnects and disables the virtual desktop;
the login verification module is used for verifying whether the user name is matched with the login password;
the illegal processing module is used for intercepting and preventing illegal data tampering and abnormal data flow direction;
and the connection control module monitors the connection information of the virtual desktop and forcibly disconnects the virtual desktop through the virtual desktop control module when the connection control module is used for illegal connection.
8. The desktop cloud xView-based power transmission and transformation three-dimensional design data sharing system is characterized by further comprising a safety control unit, wherein the safety control unit comprises a data encryption module, a virtual desktop control module, a login verification module, an illegal processing module and a connection control module;
the data encryption module is used for correspondingly encrypting the three-dimensional design data of different grades;
the virtual desktop control module enables, forcibly disconnects and disables the virtual desktop;
the login verification module is used for verifying whether the user name is matched with the login password;
the illegal processing module is used for intercepting and preventing illegal data tampering and abnormal data flow direction;
and the connection control module monitors the connection information of the virtual desktop and forcibly disconnects the virtual desktop through the virtual desktop control module when the connection control module is used for illegal connection.
9. The desktop cloud xView-based power transmission and transformation three-dimensional design data sharing system is characterized by further comprising a safety control unit, wherein the safety control unit comprises a data encryption module, a virtual desktop control module, a login verification module, an illegal processing module and a connection control module;
the data encryption module is used for correspondingly encrypting the three-dimensional design data of different grades;
the virtual desktop control module enables, forcibly disconnects and disables the virtual desktop;
the login verification module is used for verifying whether the user name is matched with the login password;
the illegal processing module is used for intercepting and preventing illegal data tampering and abnormal data flow direction;
and the connection control module monitors the connection information of the virtual desktop and forcibly disconnects the virtual desktop through the virtual desktop control module when the connection control module is used for illegal connection.
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| CN114629704A (en) * | 2022-03-14 | 2022-06-14 | 深圳须弥云图空间科技有限公司 | Method, device, equipment and storage medium for realizing safety of collaborative design software |
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| CN114629704A (en) * | 2022-03-14 | 2022-06-14 | 深圳须弥云图空间科技有限公司 | Method, device, equipment and storage medium for realizing safety of collaborative design software |
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