CN206850788U - A kind of heterogeneous communication system integrates control platform - Google Patents
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Abstract
本实用新型涉及异构通信系统综合管控技术。一种异构通信系统综合管控平台，包括总部/分部通信管理系统，省级通信管理系统，地区通信管理系统，所述总部/分部通信管理系统、省级通信管理系统各包括数据采集控制模块和生产管理模块，所述数据采集控制模块通过物理隔离模块连接生产管理模块，生产管理模块包括管理功能和信息展示模块，所述信息展示模块和基础平台及数据库互联，所述总部/分部通信管理系统、省级通信管理系统以及地区通信管理系统各自通过数据互联网接口与异构通信系统综合管控系统连接，所述异构通信系统综合管控系统含有：数据清洗治理评估单元模块；网络分析评价优化感知单元模块；端到端侦测管理的异构通信系统综合管控单元模块。
The utility model relates to the comprehensive management and control technology of heterogeneous communication systems. An integrated management and control platform for heterogeneous communication systems, including a headquarters/branch communication management system, a provincial communication management system, and a regional communication management system, each of which includes a data acquisition control system modules and production management modules, the data acquisition control module is connected to the production management module through a physical isolation module, the production management module includes management functions and an information display module, the information display module is interconnected with the basic platform and database, and the headquarters/branch The communication management system, the provincial communication management system, and the regional communication management system are connected to the heterogeneous communication system integrated management and control system through the data Internet interface. The heterogeneous communication system integrated management and control system includes: data cleaning and governance evaluation unit module; network analysis and evaluation Optimize the perception unit module; the heterogeneous communication system comprehensive management and control unit module for end-to-end detection management.
Description
技术领域technical field
本实用新型涉及一种基于业务端到端侦测管理异构通信系统综合管控技术，尤其是涉及一种异构通信系统综合管控平台。The utility model relates to a comprehensive management and control technology of a heterogeneous communication system based on business end-to-end detection management, in particular to a heterogeneous communication system comprehensive management and control platform.
背景技术Background technique
电力终端通信接入网是电网配电调度自动化、网络运营市场化和管理现代化的基础；是确保电网安全、稳定、经济运行的重要手段；是电力系统的重要基础设施。随着智能电网和“三集五大”体系的建立，电力信息通信作为能源与信息通信技术的交叉与融合点，将发挥更大的作用，承担更大的责任。The power terminal communication access network is the basis for power grid distribution dispatch automation, network operation marketization and management modernization; it is an important means to ensure the safety, stability and economic operation of the power grid; it is an important infrastructure of the power system. With the establishment of the smart grid and the "three collections and five majors" system, power information communication, as the intersection and fusion point of energy and information communication technology, will play a greater role and assume greater responsibility.
随着电力终端通信接入网络规模的不断扩大，层次的逐渐增多以及网络结构的日趋复杂，对电力配电通信系统的运行管理提出了新的挑战。如何以经济、高效、科学、实用的方式管理维护电力终端通信接入网，成为通信管理部门的重大研究课题。With the continuous expansion of the power terminal communication access network scale, the gradual increase in layers and the increasingly complex network structure, new challenges are posed to the operation and management of the power distribution communication system. How to manage and maintain the power terminal communication access network in an economical, efficient, scientific and practical way has become a major research topic for the communication management department.
目前，河南省电力公司信息通信分公司遵照国网公司通信管理系统的建设要求，已经初步建设符合国网公司相关标准的TMS-接入网系统，并支撑了全省各地市终端通信接入网网络的实时监视、资源管理和运行管理等日常运行管理工作。虽然当前TMS-接入网系统功能一定程度上支撑了终端通信接入网的资源数据维护、网络拓扑展示、网路状态和设备在线监测等应用，但是尚不能支持由SDH、PTN、EPON等形成的网络端到端的业务质量监测的需要。不足主要体现在在如下几个方面：At present, the Information and Communication Branch of Henan Electric Power Company complies with the construction requirements of the State Grid Corporation's communication management system, and has initially built a TMS-access network system that meets the relevant standards of the State Grid Corporation, and supports the terminal communication access networks of all cities in the province. Daily operation and management work such as real-time monitoring of the network, resource management and operation management. Although the current TMS-access network system functions support applications such as resource data maintenance, network topology display, network status, and equipment online monitoring of the terminal communication access network to a certain extent, it still cannot support applications formed by SDH, PTN, EPON, etc. Network end-to-end service quality monitoring needs. The shortcomings are mainly reflected in the following aspects:
（1）缺乏哑资源大数据智能获取、清洗与治理技术(1) Lack of intelligent acquisition, cleaning and management technology of dumb resource big data
经过近几年的电力终端通信接入网信息化建设，积累了海量的原始数据，包括设备的告警、性能和配置数据、运行维护数据和专业管理数据等。智能设备资源可通过厂家网管接口获取相关数据，保证智能设备资源数据的准确性、可靠性及完整性；但是哑资源(哑资源设备和哑资源连接)作为大数据分析的不可或缺的组成部分,“哑资源”不开口,大数据分析难着手，所以哑资源数据通过大数据智能获取、清洗与治理技术,能够更好的对后期数据分析高级应用提供重要基础。After the informatization construction of the power terminal communication access network in recent years, a large amount of raw data has been accumulated, including equipment alarms, performance and configuration data, operation and maintenance data, and professional management data. Smart device resources can obtain relevant data through the manufacturer's network management interface to ensure the accuracy, reliability and integrity of smart device resource data; but dumb resources (dumb resource devices and dumb resource connections) are an indispensable part of big data analysis , "Dumb resources" do not open their mouths, and big data analysis is difficult to start. Therefore, dumb resource data can better provide an important foundation for advanced applications of later data analysis through big data intelligent acquisition, cleaning and governance technology.
（2）配电通信设备缺乏主动运维能力(2) Power distribution communication equipment lacks active operation and maintenance capabilities
配电电力通信网络规模、业务通道迅速发展，数据量急剧膨胀，网络结构也变得复杂，导致通信故障数量较多，埋藏较深，管理与监控还是较大的依赖于监控人员自身的经验.因此，目前的网络系统监控较大程度上还停留在网络发生问题后的响应，而非主动的预警式的监控，严重影响了通信业务运行的安全性和稳定性。With the rapid development of the scale and business channels of the distribution power communication network, the data volume has expanded rapidly, and the network structure has also become complex, resulting in a large number of communication faults and deep burial. Management and monitoring still rely heavily on the experience of the monitoring personnel themselves. Therefore, the current network system monitoring is still largely focused on the response to network problems, rather than proactive early warning monitoring, which seriously affects the security and stability of communication business operations.
（3）终端通信接入网缺乏网络分析、评价、优化、感知技术支撑(3) The terminal communication access network lacks technical support for network analysis, evaluation, optimization, and perception
大数据质量评估技术、大数据分析技术的网络分析评估与资源预警技术，建立高效灵敏、反应快捷、运行可靠的电力通信辅助风险评估及预警模型, 提高通信网络故障隐患的事前发现能力，降低事故发生率和事故后果严重程度; 研究基于大数据技术的网络安全态势感知，建立大规模网络环境下的安全态势感知模型和评估方法，综合各方面的安全因素，从整体上动态反映网络安全状况，并对网络安全的发展趋势进行预测和预警。应用提升还有很大的空间。Big data quality assessment technology, network analysis evaluation and resource early warning technology of big data analysis technology, establish an efficient, sensitive, fast response, and reliable power communication auxiliary risk assessment and early warning model, improve the ability to discover communication network failures in advance, and reduce accidents Incidence rate and severity of accident consequences; study network security situational awareness based on big data technology, establish a security situational awareness model and evaluation method in a large-scale network environment, integrate various security factors, and dynamically reflect the network security situation as a whole, And predict and warn the development trend of network security. There is still a lot of room for application improvement.
基于业务端到端侦测管理异构通信系统综合管控技术，完成配网业务端到端侦测管理的异构通信系统综合管控的研究,提出智能配电与用电通信需求全业务通信管理，为各部门运维、管理、决策人员，提供良好应用支撑和用户体验。是本项目的关键和难点之一。为进一步适应“大运行”管理变革的需要，进一步提升终端通信接入网管理的智能化，提高网络保障能力，因此有必要通过先进的技术手段建立终端通信接入网运行可靠的可管理、可维护的终端通信接入网管理体系。Based on the comprehensive management and control technology of heterogeneous communication systems for business end-to-end detection and management, complete the research on the comprehensive management and control of heterogeneous communication systems for end-to-end detection and management of distribution network services, and propose full-service communication management for intelligent power distribution and power communication requirements, Provide good application support and user experience for the operation and maintenance, management, and decision-making personnel of various departments. It is one of the key and difficult points of this project. In order to further adapt to the needs of the "big operation" management change, further enhance the intelligence of terminal communication access network management, and improve network security capabilities, it is necessary to establish a reliable, manageable and reliable terminal communication access network through advanced technical means. Maintained terminal communication access network management system.
发明内容Contents of the invention
本实用新型针对现有技术不足，提出了一种异构通信系统综合管控平台，建立终端通信接入网运行可靠的可管理、可维护的终端通信接入网业务端到端管理体系,构建符合终端通信接入网络运行需要的业务端到端侦测管理的异构通信系统综合管控平台，通过研究大数据获取清洗治理评估技术，网络分析评价优化感知技术，提供哑资源合理分配、网络有效利用、建设成本集约化以及运维效率。Aiming at the deficiencies of existing technologies, the utility model proposes a heterogeneous communication system comprehensive management and control platform, and establishes a manageable and maintainable terminal communication access network service end-to-end management system that is reliable in operation of the terminal communication access network. The heterogeneous communication system integrated management and control platform for end-to-end detection and management of services required for terminal communication access network operation, through the study of big data acquisition cleaning governance evaluation technology, network analysis evaluation optimization perception technology, providing reasonable allocation of dumb resources and effective use of the network , construction cost intensification and operation and maintenance efficiency.
本实用新型所采用的技术方案：The technical scheme adopted in the utility model:
一种异构通信系统综合管控平台，包括总部/分部通信管理系统，省级通信管理系统，地区通信管理系统，所述总部/分部通信管理系统、省级通信管理系统各包括数据采集控制模块和生产管理模块，数据采集控制模块和生产控制系统连接，数据采集控制模块和生产控制系统通过物理隔离模块连接生产管理模块，生产管理模块包括管理功能和信息展示模块，所述信息展示模块和基础平台及数据库互联，所述总部/分部通信管理系统、省级通信管理系统以及地区通信管理系统各自通过数据互联网接口与异构通信系统综合管控系统连接，所述异构通信系统综合管控系统含有：数据清洗治理评估单元模块：包括底层数据的智能获取模块以及数据清洗模块；网络分析评价优化感知单元模块；端到端侦测管理的异构通信系统综合管控单元模块。A comprehensive management and control platform for heterogeneous communication systems, including a headquarters/branch communication management system, a provincial communication management system, and a regional communication management system. The headquarters/branch communication management system and the provincial communication management system each include a data acquisition control system module and the production management module, the data acquisition control module is connected with the production control system, the data acquisition control module and the production control system are connected to the production management module through a physical isolation module, the production management module includes a management function and an information display module, and the information display module and The basic platform and the database are interconnected, the headquarters/branch communication management system, the provincial communication management system and the regional communication management system are respectively connected to the heterogeneous communication system integrated management and control system through the data Internet interface, and the heterogeneous communication system integrated management and control system Contains: data cleaning governance evaluation unit module: including intelligent acquisition module and data cleaning module of underlying data; network analysis evaluation optimization perception unit module; end-to-end detection management heterogeneous communication system comprehensive management and control unit module.
所述的异构通信系统综合管控平台，数据清洗治理评估单元模块中，底层数据的智能获取模块采用的哑资源智能获取模型如下：采用标准化的表格，通过数据智能处理，生成按照有关标准规范要求的格式数据源，通过导入工具入库。In the comprehensive management and control platform of the heterogeneous communication system, in the data cleaning and governance evaluation unit module, the dumb resource intelligent acquisition model adopted by the intelligent acquisition module of the underlying data is as follows: standardized tables are used, and data are intelligently processed to generate data in accordance with the requirements of relevant standards and specifications. The format data source is imported into the library through the import tool.
数据清洗治理评估单元模块中，数据清洗模块采用的数据清洗模型如下：对于智能网管采集数据源，在数据抽取过程中使用SQL来完成一部分的数据清洗工作，进入中间数据库；对于一些非结构化数据源，先将数据从数据源抽取出来，然后在数据转换的时候进行清洗；数据从中间数据库装载到目标数据库。In the data cleaning governance evaluation unit module, the data cleaning model adopted by the data cleaning module is as follows: for intelligent network management to collect data sources, use SQL to complete part of the data cleaning work in the data extraction process and enter the intermediate database; for some unstructured data Source, the data is first extracted from the data source, and then cleaned during data conversion; the data is loaded from the intermediate database to the target database.
本实用新型的有益效果：The beneficial effects of the utility model:
1、本实用新型异构通信系统综合管控平台，实现了终端通信接入网省地双向互动，最终达到终端通信接入网业务端到端管理体系建立，结合终端通信接入网特点，加强对多业务承载和支撑能力，提升对接入网管控水平，提高对涵盖骨干通信网、接入网及接入网不同技术体制的物理逻辑资源调配能力，实现资源合理分配、网络有效利用、建设成本集约化。1. The comprehensive management and control platform of the heterogeneous communication system of the utility model realizes the two-way interaction of the terminal communication access network in a land-saving manner, and finally achieves the establishment of an end-to-end management system for the terminal communication access network business. Combined with the characteristics of the terminal communication access network, it strengthens the Multi-service bearing and supporting capabilities, improve the management and control level of the access network, improve the ability to allocate physical and logical resources covering the backbone communication network, access network and different technical systems of the access network, and achieve reasonable resource allocation, effective use of the network, and low construction costs. intensification.
2、本实用新型异构通信系统综合管控平台，在统一、标准的数据采集平台上集中采集多厂商配置、告警、性能数据，结合相关联哑资源数据，并在此基础上研究大数据获取清洗治理，对终端通信接入网自身数据及相关性数据进行大数据评估，进而实现数据准确性、可靠性及完整性，将“残缺数据”转化为满足数据质量要求或应用要求的数据，实现终端通信接入网自身数据及相关联数据清洗治理评估的研究，构建终端通信接入网大数据平台,从而提高数据集的质量，满足数据分析的需求。2. The heterogeneous communication system comprehensive management and control platform of this utility model centrally collects multi-vendor configuration, alarm and performance data on a unified and standard data collection platform, combines the associated dumb resource data, and studies big data acquisition and cleaning on this basis Governance, big data evaluation of the terminal communication access network's own data and related data, and then achieve data accuracy, reliability and integrity, transform "incomplete data" into data that meets data quality requirements or application requirements, and realize terminal Research on the cleaning and governance evaluation of the communication access network's own data and associated data, and build a big data platform for the terminal communication access network, so as to improve the quality of the data set and meet the needs of data analysis.
3、本实用新型异构通信系统综合管控平台，通过先进的技术手段建立终端通信接入网运行可靠的可管理、可维护的终端通信接入网管理体系,构建符合终端通信接入网络运行需要的资源管理、实时监视和运行管理等管理功能，形成省集中云存储大数据分析功能应用,从单纯的网络故障向业务端到端保障、从网络维护向网络服务、从以网络为中心向以支撑业务部门为中心的转变。3. The heterogeneous communication system integrated management and control platform of the utility model establishes a manageable and maintainable terminal communication access network management system with reliable operation of the terminal communication access network through advanced technical means, and the construction meets the operation needs of the terminal communication access network Resource management, real-time monitoring and operation management and other management functions form a provincial centralized cloud storage big data analysis function application, from simple network faults to business end-to-end guarantee, from network maintenance to network services, from network-centric to network-centric Support business unit-centric transformation.
附图说明 图1是本实用新型异构通信系统综合管控平台总体架构图；BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an overall architecture diagram of the integrated management and control platform of the heterogeneous communication system of the present utility model;
图2是本实用新型异构通信系统综合管控平台哑资源智能获取模型；Fig. 2 is the intelligent acquisition model of dumb resources of the comprehensive management and control platform of the heterogeneous communication system of the present invention;
图3是本实用新型异构通信系统综合管控平台数据清洗模型；Fig. 3 is the data cleaning model of the integrated management and control platform of the heterogeneous communication system of the utility model;
图4是本实用新型异构通信系统综合管控平台数据质量评估模型。Fig. 4 is a data quality evaluation model of the comprehensive management and control platform of the heterogeneous communication system of the present invention.
具体实施方式detailed description
下面通过具体实施方式，对本实用新型的技术方案做进一步的详细描述。The technical solutions of the present invention will be further described in detail through specific implementation methods below.
实施例1Example 1
参见图1，本实用新型异构通信系统综合管控平台，包括总部或/和分部通信管理系统，省级通信管理系统，地区通信管理系统，所述总部或/和分部通信管理系统、省级通信管理系统各包括数据采集控制模块和生产管理模块，数据采集控制模块和生产控制系统连接，数据采集控制模块和生产控制系统通过物理隔离模块连接生产管理模块，生产管理模块包括管理功能和信息展示模块，所述信息展示模块和基础平台及数据库互联，所述总部或/和分部通信管理系统、省级通信管理系统以及地区通信管理系统各自通过数据互联网接口与异构通信系统综合管控系统连接，所述异构通信系统综合管控系统含有：数据清洗治理评估单元模块：包括底层数据的智能获取模块以及数据清洗模块；网络分析评价优化感知单元模块，实现对企业的数据进行深层次的分析，再对信息流进行必要的调整，以适应企业管理的实际要求；端到端侦测管理的异构通信系统综合管控单元模块，实现终端通信接入网业务管控，提供哑资源合理分配、网络有效利用、建设成本集约化以及运维效率。Referring to Fig. 1, the integrated management and control platform of the heterogeneous communication system of the present utility model includes the headquarters or/and branch communication management system, the provincial communication management system, the regional communication management system, the headquarters or/and branch communication management system, the provincial Each level communication management system includes a data acquisition control module and a production management module. The data acquisition control module is connected to the production control system. The data acquisition control module and the production control system are connected to the production management module through a physical isolation module. The production management module includes management functions and information. Display module, the information display module is interconnected with the basic platform and database, the headquarters or/and branch communication management system, the provincial communication management system and the regional communication management system are respectively connected to the integrated management and control system of the heterogeneous communication system through the data Internet interface connection, the integrated management and control system of the heterogeneous communication system includes: data cleaning governance evaluation unit module: including the intelligent acquisition module of the underlying data and the data cleaning module; the network analysis evaluation optimization perception unit module, which realizes in-depth analysis of enterprise data , and then make necessary adjustments to the information flow to meet the actual requirements of enterprise management; the integrated management and control unit module of the heterogeneous communication system for end-to-end detection management realizes the management and control of terminal communication access network services, and provides reasonable allocation of dumb resources, network Effective utilization, construction cost intensification, and O&M efficiency.
实施例2Example 2
参见图1、图2、图3，本实施例的异构通信系统综合管控平台，与实施例1的不同之处在于：数据清洗治理评估单元模块中，底层数据的智能获取模块采用的哑资源智能获取模型如下：采用标准化的表格，通过数据智能处理，生成按照有关标准规范要求的格式数据源，通过导入工具入库。Referring to Figure 1, Figure 2, and Figure 3, the heterogeneous communication system integrated management and control platform of this embodiment is different from Embodiment 1 in that: in the data cleaning and governance evaluation unit module, the intelligent acquisition module of the underlying data uses dumb resources The intelligent acquisition model is as follows: Standardized forms are used, and through intelligent data processing, data sources in the format required by relevant standards and specifications are generated and stored in the database through import tools.
跨专业数据获取向其他网管系统（如TMS国家电网通信管理系统、配电自动化OPEN-3200系统、生产管理PMIS系统）获取数据信息以及信息交互，通过标准的WebService接口与第三方系统集成；基于xml与第三方系统交互数据，通过WebService方式传输。Interdisciplinary data acquisition Obtain data information and information interaction from other network management systems (such as TMS national grid communication management system, distribution automation OPEN-3200 system, production management PMIS system), and integrate with third-party systems through standard WebService interfaces; based on xml Interact data with third-party systems and transmit them through WebService.
数据清洗治理评估单元模块中，数据清洗模块采用如下的数据清洗模型：对于智能网管采集数据源，在数据抽取过程中使用SQL来完成一部分的数据清洗工作，进入中间数据库；对于一些非结构化数据源，先将数据从数据源抽取出来，然后在数据转换的时候进行清洗；数据从中间数据库装载到目标数据库。In the data cleaning governance evaluation unit module, the data cleaning module adopts the following data cleaning model: for intelligent network management to collect data sources, use SQL to complete part of the data cleaning work in the data extraction process and enter the intermediate database; for some unstructured data Source, the data is first extracted from the data source, and then cleaned during data conversion; the data is loaded from the intermediate database to the target database.
地市接入网数据存储在省公司通信管理系统接入网系统中，数据清洗主要任务是检测并删除/改正将装入数据仓库的脏数据。接入网的多种异构数据源和海量数据清洗需要与数据抽取、数据转换集成，与数据载入统一使用，需要进行循环处理。如果数据源是智能网管采集数据（如图3中的数据源1和数据源2），则可以在数据抽取过程中使用SQL来完成一部分的数据清洗工作。但是有一些非结构化数据源（如数据源3非结构化数据），则只能直接将数据从数据源抽取出来，然后在数据转换的时候进行清洗。数据仓库中的数据清洗主要还是在数据转换的时候进行。The access network data of prefectures and cities is stored in the access network system of the provincial company's communication management system. The main task of data cleaning is to detect and delete/correct dirty data that will be loaded into the data warehouse. Various heterogeneous data sources and mass data cleaning of the access network need to be integrated with data extraction and data conversion, and used in a unified manner with data loading, which requires cyclic processing. If the data source is the data collected by the intelligent network management (such as data source 1 and data source 2 in Figure 3), you can use SQL to complete part of the data cleaning work during the data extraction process. However, for some unstructured data sources (such as data source 3 unstructured data), the data can only be extracted directly from the data source, and then cleaned during data conversion. Data cleaning in the data warehouse is mainly carried out during data conversion.
本实用新型异构通信系统综合管控平台，数据治理和数据质量评估（图4为数据质量评估模型）是从数据综合应用的角度考虑，对信息和数据的采集、存储和产出进行全面的考察和评价，它不同于普通意义上的质量评估，而是从企业对数据应用的角度，从企业管理需求的角度出发，对企业的数据进行深层次的分析，再对信息流进行必要的调整，以适应企业管理的实际要求。从而，提高信息和数据的可信度和有效度，为决策提供更有利的基础。The comprehensive management and control platform of the heterogeneous communication system of the utility model, data governance and data quality assessment (Figure 4 is the data quality assessment model) are considered from the perspective of comprehensive data application, and comprehensively investigate the collection, storage and output of information and data And evaluation, which is different from quality evaluation in the ordinary sense, but from the perspective of enterprise data application and enterprise management needs, it conducts in-depth analysis of enterprise data, and then makes necessary adjustments to information flow. In order to adapt to the actual requirements of enterprise management. Thus, the credibility and validity of information and data can be improved, and a more favorable basis for decision-making can be provided.
网络质量优化是通过对现已运行的网络进行、数据分析、现场测试数据采集、参数分析、硬件检查等手段，找出影响网络质量的原因，并且通过参数的修改、网络结构的调整、设备配置的调整和采取某些技术手段，确保网络高质量的运行，使现有网络资源获得最佳效益，以最经济的投入获得最大的收益。Network quality optimization is to find out the reasons that affect the network quality by means of network analysis, data analysis, on-site test data collection, parameter analysis, hardware inspection, etc., and through parameter modification, network structure adjustment, equipment configuration, etc. Adjustment and adoption of certain technical means to ensure the high-quality operation of the network, so that the existing network resources can obtain the best benefits, and obtain the maximum benefits with the most economical investment.
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110912878A (en) * | 2019-11-13 | 2020-03-24 | 南京理工大学 | VPN-based information management system network security protection method and system |
| CN111343013A (en) * | 2020-02-17 | 2020-06-26 | 国家电网有限公司 | Method and device for optimizing data communication network network, storage medium and processor |
| CN111669213A (en) * | 2020-05-22 | 2020-09-15 | 军事科学院系统工程研究院网络信息研究所 | Dynamic management and control system architecture and management and control method for satellite communication resources |
| CN112199182A (en) * | 2020-10-30 | 2021-01-08 | 国家电网有限公司 | Communication Network Management System |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110912878A (en) * | 2019-11-13 | 2020-03-24 | 南京理工大学 | VPN-based information management system network security protection method and system |
| CN110912878B (en) * | 2019-11-13 | 2022-04-01 | 南京理工大学 | VPN-based information management system network security protection method and system |
| CN111343013A (en) * | 2020-02-17 | 2020-06-26 | 国家电网有限公司 | Method and device for optimizing data communication network network, storage medium and processor |
| CN111669213A (en) * | 2020-05-22 | 2020-09-15 | 军事科学院系统工程研究院网络信息研究所 | Dynamic management and control system architecture and management and control method for satellite communication resources |
| CN112199182A (en) * | 2020-10-30 | 2021-01-08 | 国家电网有限公司 | Communication Network Management System |
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