EE308Lab 1_1

ClutchMaster 2022-10-25 15:29:15
The Link Your Classhttps://bbs.csdn.net/forums/MUEE308FZU202201
The Link of Requirement of This Assignmenthttps://bbs.csdn.net/topics/608734618
The Aim of This AssignmentSelf-introduction&Course Plan
MU STU ID and FZU STU IDFZU:832002201 MU:20123825

1.Self-Introduction

Hello,guys.My name is Lin Yixuan. I am a student majoring in Robot intelligence from Maynooth College of Fuzhou University.

1.1 My Hobbies

First of all, I am a person who loves sports very much, especially playing basketball.But since the beginning of college life, I like to go to the gym to exercise.In addition, I will try a lot of online games in my spare time.

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2.My Abilities

2.1 Software

· MATLAB
· RStudio
· Arduino
· Unity3D

2.2 Languages

· C & C++ :FOR Hardware development, algorithm reproduction,Machine learning.
· Python : FOR Machine learning,deep learning, data analysis.
· Java :For class only
· C# : Game creation based on Unity3D.

2.3 Personal assessment

1.I am mainly good at Python, which is such an excellent and convenient language that I am interested in it and work hard to learn it.I'm familiar with the Pytorch framework,I have learned nump-y,opencv,pandas and several python libraries.I use neural network to complete a task of ancient Chinese classification, and its stability analysis.[Yixuan LIN, Ancient Character Image Classification Model Training, 05/2022, 2022 3rd IEEE International Conference on Computer Vision, Image and Deep Learning (CVIDL 2022), No.: QU3QJFIBDC]
2.During the holiday, I joined Ruijie Network Company for internship.The main content is to use C++ language to hardware development,Complete automated multithreaded testing of respective devices using python scripts.
3.I've entered a lot of algorithmic contests, and that's what I'm interested in. Although I didn't have any results in the competition, I developed a habit of learning algorithm knowledge at a fixed time every day to complete the competition topics on leetcode.I don't think this is a waste of time, but it greatly improves my thinking ability, especially divergent thinking. I am used to analyzing a practical problem with various algorithms, then estimating the time complexity and space complexity, and completing the optimization.

2.4 Shortcomings

1.I lack basic database knowledge, and I am not good at web pages and background processing
2. My operating system knowledge is not perfect, limited to the command line of linux system, little knowledge of the underlying.

3. Coding Quantity

I rarely count the number of lines of code, but my estimate is 10,000 lines.After this course, I hope the amount of code can reach 15,000 lines, and I can practice the complete project composition.

4. Course Planning

In this course, I want to be a developer and learn how to think about practical problems, come up with solutions, and then optimize the project.I also want to learn teamwork. How to develop and communicate effectively with my teammates

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内容概要:本文提出了一种基于“空调-电动汽车”联合虚拟储能的海岛微电网优化调度方法,旨在解决海岛地区可再生能源消纳难与电力供应不稳定的问题。通过充分利用空调负荷的热惰性与电动汽车的灵活充放电能力,构建联合虚拟储能系统,等效替代物理储能装置,实现对风电、光伏等间歇性电源出力波动的平抑。研究建立了融合需求响应机制与多时间尺度调度框架的优化模型,并采用Matlab进行仿真验证。结果表明,该策略能够有效提升微电网对分布式能源的接纳能力,降低系统综合运行成本,增强供电可靠性与能源利用效率。; 适合人群:具备一定电力系统分析、优化建模及Matlab编程基础,从事微电网、综合能源系统、虚拟储能、需求响应等领域研究的科研人员与工程技术人员,特别适合研究生及以上学历的研究者。; 使用场景及目标:①应用于海岛、偏远孤岛等孤立微电网场景,提升可再生能源渗透率与系统韧性;②为高比例新能源接入的配电网提供低成本、高灵活性的虚拟储能解决方案;③实现空调与电动汽车等柔性负荷的协同优化,达成削峰填谷、降低能耗与运行成本的目标; 阅读建议:建议结合Matlab代码深入理解模型构建与求解过程,重点关注虚拟储能建模逻辑、温控负荷动态特性刻画、电动汽车充放电约束处理以及多时间尺度滚动优化的实现机制,可进一步拓展至碳交易、绿证激励等复合政策情景下的优化调度研究。

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