英语翻译本课题主要研究非线性规划最优解算法的新方法.非线性规划在军事,经济,管理,生产过程自动化,工程设计和产品优化设计等方面都有着重要的应用.但非线性规划的研究目前还不成熟,

英语翻译本课题主要研究非线性规划最优解算法的新方法.非线性规划在军事,经济,管理,生产过程自动化,工程设计和产品优化设计等方面都有着重要的应用.但非线性规划的研究目前还不成熟,
英语翻译
本课题主要研究非线性规划最优解算法的新方法.非线性规划在军事,经济,管理,生产过程自动化,工程设计和产品优化设计等方面都有着重要的应用.但非线性规划的研究目前还不成熟,有许多问题需要进一步完善.非线性规划不像线性规划有统一的算法,对于不同的问题需要用不同的算法处理,现阶段各种算法都有一定的局限性,只有对各种算法加以改正,才能有效地解决人们在日常的生产、生活中遇到的优化问题,做出最优决策.
本文主要是对现有的各种算法加以测试,寻找一种不受初值依赖,收敛更快的最优算法.首先介绍了非线性规划研究的背景和国内外研究状况,然后论述了方案的选取过程,重点描实验过程,主要是对各种非线性最优计算方法用matlab软件编程,给出一个在工程中具有代表性的最优函数实例,经过大量的测试,并给出了结果分析.最后给出了整个实验的总结和由此对未来的展望.
关键词：非线性规划；最优决策；初值依赖

英语翻译本课题主要研究非线性规划最优解算法的新方法.非线性规划在军事,经济,管理,生产过程自动化,工程设计和产品优化设计等方面都有着重要的应用.但非线性规划的研究目前还不成熟,
好!
This topic research nonlinear programming optimal solution algorithm new method. Nonlinear programming in the military, economy, management, production process automation, engineering design and product optimization design all have the important applications. But nonlinear programming research is still not mature, many questions need to be further perfected. Nonlinear programming not as linear programming have unified algorithm for different questions need, with different algorithm processing, present different algorithm has certain limitation, only for various algorithm to correct it, can effectively solve people in daily production, life throws optimization problem, make the best decisions.
This paper is mainly to the existing algorithm, looking for a test by path dependence, convergence faster optimal algorithms. First introduced the nonlinear programming research background and research status, then discusses the selection process, key scheme of experimental process, main is traced to various nonlinear optimal calculation method using matlab software programming in engineering, and presents an optimal function of typical examples, with a lot of testing, and gives the analysis of the results. Finally gives the whole experiment summary and the outlook for the future.