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SCA软件无线电中平台管理服务的研究与应用

发布时间:2018-11-12 09:58
【摘要】:软件无线电作为无线电系统设计的一种新的方法和理念,其出现有效的推动了整个无线电系统工程技术的发展和进步。SCA作为软件无线电系统中应用最为广泛的通信架构规范,在近年来得到了极大的发展和应用,广泛的应用到各种军事和民用无线电系统中,其快速的发展和应用,也使得基于SCA标准的软件无线电系统变得越来越复杂,给SCA软件无线电平台管理带来了极大的挑战。从目前的SCA软件无线电系统产品以及相关的研究来看,针对SCA软件无线电系统管理上还未出现过一个全面而高效的管理方案,都是借助于厂家提供的特定的管理工具和系统工具来对平台进行管理,这种管理方式极为复杂、兼容性差导致管理效率非常低,严重阻碍了SCA软件无线电系统的发展和应用。针对这一问题,本文提出了一种应用于SCA软件无线电中的平台管理服务的设计,通过该平台管理服务为SCA软件无线电系统提资源、故障管理与监控以及集成部署等平台管理服务。同时,该服务具有SCA系统兼容性,可以运行于各类SCA软件无线电系统,为其提供高效的平台管理服务。为实现这一设计,本文主要进行了以下研究:1)对SCA软件无线电体系结构、框架原理和编程接口进行了详细的研究和分析,研究和分析如何在设计过程中实现SCA软件无线电系统的兼容性和调用相应的接口来完成相关的平台管理工作。2)对SCA软件无线电平台管理现状进行分析,总结了目前SCA软件无线电管理面临的主要问题和解决的必要性,在此基础上,从兼容性和功能两个方面详细分析了本文提出的SCA软件无线电平台管理服务的设计需求。3)在需求的基础上结合SCA软件框架,对SCA软件无线电平台管理服务进行了架构设计和功能划分,最后在此基础上对平台管理服务进行了详细设计和实现,并通过设计测试系统对实现的平台管理服务的各个功能模块进行在线测试分析,结果表明本文设计的平台管理服务可以有效的实现对SCA软件无线电系统的资源和故障的管理监控以及集成部署,可以满足现有的SCA软件无线电系统的管理需求,提高其管理效率。
[Abstract]:As a new method and concept of radio system design, the emergence of software radio has effectively promoted the development and progress of the whole radio system engineering technology. SCA is the most widely used communication architecture specification in software radio system. In recent years, has been a great development and application, widely used in various military and civil radio systems, its rapid development and application, also make the software radio system based on SCA standards become more and more complex, It brings great challenge to SCA software radio platform management. From the current SCA software radio system products and related research, there has not been a comprehensive and efficient management scheme for SCA software radio system management. The platform is managed by means of special management tools and system tools provided by manufacturers. This management mode is extremely complex, and poor compatibility leads to very low management efficiency, which seriously hinders the development and application of SCA software radio system. In order to solve this problem, this paper presents a design of platform management service used in SCA software radio. The platform management service provides resources for SCA software radio system. Platform management services such as fault management and monitoring and integrated deployment. At the same time, the service is compatible with SCA system and can be run in various SCA software radio systems, providing efficient platform management services. In order to realize this design, this paper mainly carries on the following research: 1) the SCA software radio system structure, the frame principle and the programming interface have carried on the detailed research and the analysis, This paper studies and analyzes how to realize the compatibility of SCA software radio system in the process of design and how to use the corresponding interface to complete the related platform management work. 2) analyze the current situation of SCA software radio platform management. This paper summarizes the main problems faced by SCA software radio management and the necessity of solving them. The design requirements of SCA software radio platform management services proposed in this paper are analyzed in detail from two aspects of compatibility and function. 3) based on the requirements, the design requirements are combined with the SCA software framework. The architecture design and function partition of SCA software radio platform management service are carried out. Finally, the platform management service is designed and implemented in detail. And through the design of the test system to achieve the platform management services of the various functional modules for online testing analysis, The results show that the platform management service designed in this paper can effectively manage and monitor the resources and failures of the SCA software radio system, and can meet the management needs of the existing SCA software radio system. Improve its management efficiency.
【学位授予单位】:湘潭大学
【学位级别】:硕士
【学位授予年份】:2015
【分类号】:TN014

【参考文献】

相关硕士学位论文 前2条

1 李永强;基于SCA的通用数字中频设计与实现[D];复旦大学;2010年

2 陈旭昭;软件无线电跳频波形时间同步技术研究[D];电子科技大学;2012年



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