English—Spoken English

本文分享了作者通过每日练习英语口语并参与英语活动来提高口语能力的经验。内容包括使用《365天英语口语》和《900句美国英语》等资源进行自我学习的过程,以及在英语环境中沟通的重要性。此外,还提到了通过情景表演和游戏来增加学习乐趣的方法。

Spoken Enlish

  I havestudy spoken english a weak since spring festival.

Spoken english,Spoen english, it must need more speak ,and now we speak english everyday's everytime.

It is veryuesful and impotant with our spoken english that let ourselves in the english environment.

All english environment alse help us short brain our chinese think.


My Study 

  These days,I have studied the 365 spoken english and the 900 sentence of american english.we have ourselves name is hungry fill(Sorry,I don’t know the real english name).These video fill our spoken english,but the most important is communication.The day's communication is english,it must done by everybody.Ifhave one peason doesn't do it ,the english environment will be broken.It affect everybody and not only youself.


My Problem Of Spoken

  I found some questions with me these days.I english communicaiton time is short,and my english words is short.I can speak the english words when I want to express mymeans.So advance my qunatity of english listen is important.The english comunication also help me find my short english words,and to seachit,finally,advance my english.

 

English Show

  I was vary happy with english activity in the yesterday evening.we play a scene show,Ithink it's terrific,though we have a little mistake.we make a sound with the HongEn English(501th),the began song is very good,and we almost follew the next video.we played a killer game with another team.The game is terrific and everybody is very happy form their smile.


Summary

  Advance my enlish communication.Found my short,and fill it.Speak english more and more.

  Write the english blog as my first english blog and keep it.

【最优潮流】直流最优潮流(OPF)课设(Matlab代码实现)内容概要:本文档主要围绕“直流最优潮流(OPF)课设”的Matlab代码实现展开,属于电力系统优化领域的教学与科研实践内容。文档介绍了通过Matlab进行电力系统最优潮流计算的基本原理与编程实现方法,重点聚焦于直流最优潮流模型的构建与求解过程,适用于课程设计或科研入门实践。文中提及使用YALMIP等优化工具包进行建模,并提供了相关资源下载链接,便于读者复现与学习。此外,文档还列举了大量与电力系统、智能优化算法、机器学习、路径规划等相关的Matlab仿真案例,体现出其服务于科研仿真辅导的综合性平台性质。; 适合人群:电气工程、自动化、电力系统及相关专业的本科生、研究生,以及从事电力系统优化、智能算法应用研究的科研人员。; 使用场景及目标:①掌握直流最优潮流的基本原理与Matlab实现方法;②完成课程设计或科研项目中的电力系统优化任务;③借助提供的丰富案例资源,拓展在智能优化、状态估计、微电网调度等方向的研究思路与技术手段。; 阅读建议:建议读者结合文档中提供的网盘资源,下载完整代码与工具包,边学习理论边动手实践。重点关注YALMIP工具的使用方法,并通过复现文中提到的多个案例,加深对电力系统优化问题建模与求解的理解。
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