基于ADC的系统效能仿真算法设计
摘要随着社会的不断发展，各行各业对电力的需求进一步扩大，电力网络的全面普及，智能电网的不断建设，一大批发电厂，电力企业争相建立。电力行业的快速发展对发电系统效能提出了更高的要求，因此本文对发电系统进行了效能评估研究。64222
首先本文介绍了系统效能评估的研究状况，并给出了本文所做研究的需求分析，阐述了本文的指标体系，介绍了研究思路及matlab的使用。之后重点阐述了本文所使用的ADC、AHP方法及其建模，分别对A、D、C矩阵进行了分析，给出了计算方法，同时应用AHP集成算法给出了子任务的权重及一致性检验应用。之后研究了系统效能的可视化算法。最后论文提供了实例仿真算法评估，验证了效能评估的可靠性。本次毕业设计的算法设计可为发电系统提供一种可靠地效能评估方法。
毕业论文关键词 发电系统 效能评估 ADC AHP
毕业设计说明书（论文）外文摘要
Title The design of system performance simulation algorithm based on ADC
Abstract With the continuous development of all walks of life, the demand for electricity is further to be expanded. The electricity network is popular and smart grid is keeping building. A large number of power plants and electric power companies are competing to build. The rapid development of power industry puts forward higher requirements for power generation system performance. So this paper generation system performance assessment studies is carried out.
First, this paper introduces the research status of system performance evaluation, and makes the needs of analysis of this study. This paper describes the index system, introduces the research ideas and the use of matlab. Then this paper focuses on the use of ADC，AHP method and modeling. This paper gives the calculation methods for ADC matrix analysis respectively, while applying AHP method integration algorithm gives subtasks weights and consistent test application. Finally the paper studies the system performance visualization algorithms and provides examples of simulation algorithm evaluation to verify the performance evaluation of reliability. So this graduation design can provide a kind of reliable power system performance assessment.
Keywords Power generation system Performance Evaluation ADC AHP
1 绪论 1
1.1 课题背景研究 1
1.3 论文的主要工作 3
2 系统效能评估软件总体设计方案 4
2.1 需求分析 4
2.2 算法设计的基本过程 4
2.3 Matlab在软件设计中的应用 5
2.4 总体方案设计 6
2.5 本章小结 6
3 系统效能分析的仿真算法设计 8
3.1 任务分解 8
3.2 ADC法建模 10
3.2 基于AHP的集成算法 16
3.3 系统效能可视化仿真算法 20
3.4 本章小结 23
4 实例应用 24