FUZHUAN: Day 3-4 — SCRUM and PM Report

FUZHUAN 2024-12-21 00:31:48
Which course does this assignment belong toEE301
Where are the requirements for this assignment?Teamwork—beta Spring
Team Name

FUZHUAN

The objective of this assignmentDay 3-4 — SCRUM and PM Report
Other Reference DocumentsMethod of Construction ( 《构建之法》)

目录

 

SCRUM Part

PM Report

  Expected Tasks Overview

  Completed Tasks

  Remaining Tasks

  Burndown Chart

Changes in Task Volume


SCRUM Part

Team MemberAccomplishmentsTime SpentRemaining TasksIssues/ProblemsPlan for Tomorrow
Zhang YuxinDeveloped secondary features, including user settings and product categorization.6 hoursComplete final API integrations.Issues with API response format.Finish API integration and test functionality.
Luo YuxinFixed minor frontend issues and began implementing user feedback.5 hoursImplement remaining frontend features.Compatibility issues with different devices.Work on device responsiveness and finalize user flows.
Yang RuoxinCompleted user interface for product details and feedback section.5 hoursAdd filters to search functionality.UI components breaking on certain pages.Fix UI bugs and ensure proper page transitions.
Lin JiahuiImplemented product listing features and adjusted product view page.6 hoursFinalize user purchase flow.Data display issues on product pages.Debug and optimize product listing pages.
Sun XingCompleted API integration for product data management.5 hoursTest integration with the frontend.Minor bugs with product data retrieval.Conduct frontend testing to resolve bugs and ensure smooth flow.
Chen YikeFixed database schema issues and improved performance for product listing.5 hoursImplement advanced search query optimizations.Slow database queries on large data sets.Optimize database queries for faster performance.

 


PM Report

  Expected Tasks Overview

TaskEstimated TimeIssues Count
Secondary feature development16 hours4
Frontend integration with feedback10 hours3
API optimization and testing8 hours2

  Completed Tasks

TaskTime SpentIssues Completed
Secondary feature development14 hours3
Frontend integration with feedback9 hours2
API optimization and testing6 hours2

  Remaining Tasks

TaskRemaining TimeRemaining Issues
Secondary feature development2 hours1
Frontend integration with feedback1 hour1
API optimization and testing2 hours1

  Burndown Chart

 

Changes in Task Volume

The volume of bugs and issues increased during the testing phase due to unexpected UI compatibility issues across different devices. We also encountered several problems with API responses that required additional time for debugging.

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【SVPWM的模型】基于三相VSC的空间矢量PWM方法研究(Simulink仿真实现)内容概要:本文档围绕基于三相电压源型换流器(VSC)的空间矢量PWM(SVPWM)方法展开研究,重点介绍其在电力电子系统中的应用原理与Simulink仿真实现过程。通过对SVPWM算法的核心逻辑剖析,包括电压空间矢量的合成、扇区判断、作用时间计算及PWM信号生成,结合三相VSC系统进行建模与仿真,验证该调制策略在提高直流电压利用率、降低谐波含量方面的优势。文档还提供了完整的Simulink仿真模型构建思路与关键参数设置方法,帮助读者掌握SVPWM技术的实际工程实现路径。; 适合人群:具备电力电子、电机控制或自动化相关背景,熟悉MATLAB/Simulink环境,从事新能源发电、电机驱动或电力系统仿真方向的研究生、科研人员及工程技术人员。; 使用场景及目标:①用于高校课程设计、毕业课题或科研项目中对先进PWM控制技术的学习与实现;②服务于工业领域中对高性能逆变器控制系统的开发与优化需求,提升系统效率与动态响应能力。; 阅读建议:建议结合文中提供的Simulink模型逐步操作,理解各模块功能与信号流向,重点关注SVPWM算法的逻辑实现细节,并可通过修改调制比、负载条件等参数观察系统响应变化,加深对理论知识的理解与应用能力。

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