基于云架构的无线电监管一体化平台的研究与设计
发布时间：2018-07-17 18:00
【摘要】：随着全球新一轮以信息技术和新能源技术为引领的科技革命的到来,无线电应用向各行业深入渗透,发挥着至关重要的作用。无线电频谱资源作为一种国家性资源,它的有序管理日趋重要。同时,国家无线电管理“十三五”规划,明确提出要建设更强大的无线电监测与管理体系。所以加强信息化建设,完善无线电监管一体化平台,实现各类信息资源的有效整合,将成为新时期无线电监管平台科学化发展的重要手段。在多年的无线电监测、频率台站管理、行政执法过程中,产生了海量的数据,这些数据散落在不同的信息系统中,没有有效的利用。信息系统之间彼此孤立,无线电管理各信息系统之间的数据没有建立有效关联,无线电管理智能化严重不足。同时,各地监测站采集到的海量无线电监测数据大多存储在本地数据库中,监测数据未能有效的分析利用,海量数据的存储也未能很好的解决。在深入调研当前无线电监管信息系统存在的诸多问题的基础上,研究设计了基于云架构的无线电监管一体化平台,将各个信息系统有效整合,实现了对无线电监测数据的云存储,很好地满足了无线电管理业务发展的需求。本文的主要工作有:(1)完成了无线电监管一体化平台的功能设计。通过深入一线、广泛调研当前无线电信息系统的各种功能和无线电机构工作人员的实际需求,并结合国家无线电管理“十二五”和“十三五”规划,完成具体功能设计。(2)设计了基于云架构的无线电监管一体化平台的技术架构,让云计算真正落地到无线电监管行业。并且对比传统无线电信息系统的技术架构,进行一体化平台的技术选型。(3)设计了一种混合云存储架构,有效解决了无线电监管领域的各类数据的存储和检索问题。文档、图片等非结构化数据采用HDFS存储,业务数据采用MySQL存储,海量无线电监测数据摒弃传统的关系型数据库存储模式,采用HBase存储。(4)提出了面向服务的无线电监管业务系统。在无线电监管领域,首次引入面向服务的理念,并实现了无线电监测与无线电管理的互联互通。具体论述了面向服务的架构在无线电监管行业的应用,并设计了基于开源框架Dubbo的分布式服务架构,具体阐述了服务化架构下无线电监测和管理业务如何紧密结合在一起。平台总体上能够满足当前需求又具有很好的可扩展性,能够适应未来的新发展。
[Abstract]:With the advent of a new round of scientific and technological revolution led by information technology and new energy technology, radio applications are deeply infiltrating into various industries and playing a vital role. As a national resource, the orderly management of radio spectrum resources is becoming more and more important. At the same time, the 13th Five-Year Plan of National Radio Administration clearly proposes to build a more powerful radio monitoring and management system. Therefore, strengthening the information construction, perfecting the integrated platform of radio supervision and realizing the effective integration of all kinds of information resources will become an important means for the scientific development of the radio supervision platform in the new period. In the process of many years of radio monitoring, frequency station management and administrative law enforcement, huge amounts of data are produced, which are scattered in different information systems and are not used effectively. The information systems are isolated from each other, and the data of the radio management information systems are not related effectively, so the intelligence of the radio management is seriously insufficient. At the same time, the mass radio monitoring data collected by local monitoring stations are mostly stored in the local database, monitoring data can not be effectively analyzed and used, and the storage of massive data is not well solved. On the basis of deep investigation of many problems existing in the current radio regulatory information system, this paper studies and designs an integrated platform of radio supervision based on cloud architecture, which integrates all information systems effectively. The cloud storage of radio monitoring data is realized, and the requirement of radio management service development is well met. The main work of this paper is as follows: (1) the functional design of integrated radio regulatory platform is completed. Through in-depth investigation of the various functions of the current radio information system and the actual needs of the personnel of the radio organization, and in conjunction with the 12th Five-Year Plan and the 13th Five-Year Plan of the National Radio Administration, Complete the specific functional design. (2) designed a cloud based wireless regulatory integration platform technology architecture, so that cloud computing truly landed in the wireless regulatory industry. And compared with the traditional radio information system technology structure, the integrated platform technology selection. (3) designed a hybrid cloud storage architecture, effectively solve the problem of data storage and retrieval in the field of radio supervision. The unstructured data such as documents and pictures are stored by HDFS, the service data are stored by MySQL, and the mass radio monitoring data is stored by HBase instead of the traditional relational database. (4) A service-oriented radio supervision service system is proposed. In the field of radio supervision, the concept of service oriented is introduced for the first time, and the interconnection between radio monitoring and radio management is realized. This paper discusses the application of service-oriented architecture in radio regulatory industry, designs a distributed service architecture based on open source architecture Dubbo, and expounds how radio monitoring and management services are closely combined under service-oriented architecture. In general, the platform can meet the current needs and has good scalability, and can adapt to the new development in the future.
【学位授予单位】：西华大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TN98;TP311.52
本文编号：2130485
[Abstract]:With the advent of a new round of scientific and technological revolution led by information technology and new energy technology, radio applications are deeply infiltrating into various industries and playing a vital role. As a national resource, the orderly management of radio spectrum resources is becoming more and more important. At the same time, the 13th Five-Year Plan of National Radio Administration clearly proposes to build a more powerful radio monitoring and management system. Therefore, strengthening the information construction, perfecting the integrated platform of radio supervision and realizing the effective integration of all kinds of information resources will become an important means for the scientific development of the radio supervision platform in the new period. In the process of many years of radio monitoring, frequency station management and administrative law enforcement, huge amounts of data are produced, which are scattered in different information systems and are not used effectively. The information systems are isolated from each other, and the data of the radio management information systems are not related effectively, so the intelligence of the radio management is seriously insufficient. At the same time, the mass radio monitoring data collected by local monitoring stations are mostly stored in the local database, monitoring data can not be effectively analyzed and used, and the storage of massive data is not well solved. On the basis of deep investigation of many problems existing in the current radio regulatory information system, this paper studies and designs an integrated platform of radio supervision based on cloud architecture, which integrates all information systems effectively. The cloud storage of radio monitoring data is realized, and the requirement of radio management service development is well met. The main work of this paper is as follows: (1) the functional design of integrated radio regulatory platform is completed. Through in-depth investigation of the various functions of the current radio information system and the actual needs of the personnel of the radio organization, and in conjunction with the 12th Five-Year Plan and the 13th Five-Year Plan of the National Radio Administration, Complete the specific functional design. (2) designed a cloud based wireless regulatory integration platform technology architecture, so that cloud computing truly landed in the wireless regulatory industry. And compared with the traditional radio information system technology structure, the integrated platform technology selection. (3) designed a hybrid cloud storage architecture, effectively solve the problem of data storage and retrieval in the field of radio supervision. The unstructured data such as documents and pictures are stored by HDFS, the service data are stored by MySQL, and the mass radio monitoring data is stored by HBase instead of the traditional relational database. (4) A service-oriented radio supervision service system is proposed. In the field of radio supervision, the concept of service oriented is introduced for the first time, and the interconnection between radio monitoring and radio management is realized. This paper discusses the application of service-oriented architecture in radio regulatory industry, designs a distributed service architecture based on open source architecture Dubbo, and expounds how radio monitoring and management services are closely combined under service-oriented architecture. In general, the platform can meet the current needs and has good scalability, and can adapt to the new development in the future.
【学位授予单位】：西华大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TN98;TP311.52
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