04 group - Topic selection and requirement analysis

盾子192 2022-12-04 18:42:09

Leader:https://bbs.csdn.net/topics/610171794

目录

  • 1.Team gathering
  •  1) Introduce Everyone
  •  2) team characteristics
  •  3) Logo
  •  4) group photo
  • 2.Start action
  •  1)A one-sentence summary of the project
  •  2)Contribution ratio method
  •  3)Proportion of contribution
  • 3.Drip Record
  • 1)Mind Map
  • a.Project Idea
  • b.Web Development
  • c.The whole idea
  • 2)Burnout map
  • 3)UML map
  • (a) Part Login
  • (b) Part Home page
  • (c) Part Fund operation
  • 4)Learning progress bar
  • 5)Experience
  • a.Why Eitu diagram
  • b. Difficulties encountered in this task and solutions
  • 4.Video
(Sofe blog)

1.Team gathering

 1) Introduce Everyone

Team MembersRoleStyle
Li LiangkaileaderFind the problem and solve it
Qing QiguoCTOChief engineer and technical consultant, lead the team to develop various functions of the website.
Tang ZijunCode developerResponsible for converting prototype files into front-end files.
Ma YujunCode developerDo one thing at a time, and do well.
Xue FeiyangCode developerAnalyze project strengths and weaknesses. Amplify its advantages.
An YiMarketing managerUser demand analysis and market expansion
Peng HaitaoPM(product manager)Verify the practicability and safety of the product
Li xingUI designerKeep on going never give up
Li Haocustomer managerCollect the data, find the demographic that we focus on, and analyze it
Zhou Zijuncustomer managerOptimize design ideas based on previous experience

 2) team characteristics

  In terms of marketing, the project members are experienced and have won three national awards in the Internet + Innovation and Entrepreneurship competition. In terms of technology, there is no doubt that we have one of the most technical people in the college; In terms of experience, there are many cooperative projects among project members, and they are familiar with each other, and the communication is smooth.

 3) Logo

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 4) group photo

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2.Start action

 1)A one-sentence summary of the project

  In order to solve the shortage of fund trading tools in the market, we developed a fund trading tool website with complete basic functions, simple and efficient interface, and predicted the net value of the fund through the LSTM model.

 2)Contribution ratio method

  The final score of the group was divided into two parts. One was the basic score, which accounted for 40% of the total score of the group and was distributed equally among the group members. The other part is the contribution score, which is evaluated by each member, out of 100, and weighted at the end.For difficult bugs or other problems, bonus points will be given directly to the person who solves them.The bonus points will be drawn from the remaining 60 percent.
  Such an approach would incentivize project members to complete their work while ensuring fairness.

 3)Proportion of contribution

Team MembersProportion (%)
Li Liangkai110.17
Qing Qiguo111.766
Tang Zijun96.76
Ma Yujun95.296
Xue Feiyang97.048
An Yi104.29
Peng Haitao97.048
Li xing97.366
Li Hao95.56
Zhou Zijun94.726
Total1000

3.Drip Record

1)Mind Map

a.Project Idea

在这里插入图片描述

b.Web Development

在这里插入图片描述

c.The whole idea

在这里插入图片描述

2)Burnout map

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3)UML map

(a) Part Login

Person in charge: Qing Qiguo ,Xue Feiyang,Li Xing
Description:Login
Attachment: (All UML diagrams of this part)

在这里插入图片描述


在这里插入图片描述

(b) Part Home page

Person in charge: Peng Haitao ,An Yi ,Ma Yujun
Description:Home page
Attachment: (All UML diagrams of this part)

在这里插入图片描述


在这里插入图片描述

(c) Part Fund operation

Person in charge: LiHao ,Zhou Zijun ,Ma Yujun
Description:Fund operation
Attachment: (All UML diagrams of this part)

在这里插入图片描述

在这里插入图片描述

4)Learning progress bar

Week NNew code (line)Cumulative code (line)Time spent on learning this week (hours)Cumulative time spent on learning (hours)Important growth
150050066None
290014001319Front-end files

5)Experience

a.Why Eitu diagram

  The uml diagram design tool selects the Eitu diagram. Eitu diagram is a comprehensive drawing software, its strength lies in drawing flowchart. On the one hand, it is easier to draw a flowchart with ETO diagram, which supports free dragging of symbols and quick connection of shapes. Bai can also pick up quickly. On the other hand, Yitu graphic contains a huge symbol library, which supports the functions of free drag and drop, fast connection and so on, making it very simple to operate. It also has a template center, which has a large number of templates, enabling users to use a click, quickly drawing.

b. Difficulties encountered in this task and solutions

  Not yet

4.Video

https://www.bilibili.com/video/BV1x44y1Q7uH/?vd_source=239dd70ccc4f96106b3f298e384521bb

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内容概要:本文研究了基于粒子群优化算法(PSO)的抽水蓄能电站最佳调度方案,旨在通过智能优化算法解决电站运行中的多约束、多目标调度问题。文中深入分析了抽水蓄能电站的运行特性与核心调度约束,构建了兼顾经济性、系统稳定性与电网调峰能力的多目标优化体系,并针对传统调度方法在全局寻优与动态响应方面的不足,提出采用粒子群优化算法进行高效求解。研究通过Matlab仿真平台完成了算法建模与调度逻辑的设计与实现,仿真结果表明,该方法能有效提升调度效率、降低运行成本,并显著增强电力系统对可再生能源的消纳能力和调峰灵活性。; 适合人群:具备电力系统、运筹学或自动化等相关领域基础知识,同时拥有一定Matlab编程与仿真实践能力的研究生、科研人员以及从事能源系统优化、电力调度工作的工程技术人员。; 使用场景及目标:①应用于抽水蓄能电站的日度或短期优化调度,实现发电与抽水计划的科学制定,提升能源利用效率与经济效益;②为新型电力系统中储能资源的智能调度提供先进的算法支持与可靠的仿真验证方案;③作为智能优化算法在能源电力领域应用的典型教学与科研案例,深化对元启发式算法求解复杂工程问题的理解。; 阅读建议:建议读者结合提供的Matlab代码,深入理解粒子群优化算法在电力调度问题中的具体实现流程,重点关注目标函数的数学建模、多重约束条件的处理技巧以及算法关键参数的调优策略,并可通过修改负荷预测曲线、调整电站参数或引入新的优化目标等方式,进一步拓展仿真场景,深化研究。

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