双11狂欢大促

盲盒赢 定制羽绒服

开启惊喜盲盒,抽取你的专属好礼

— 惊喜奖品抢先看 —

05 Group - Sprint Log 5th (12.14, Final)

蔡汉霖Lance 蔡汉霖Lance 墨衍会员 · AI 创作全网分发 墨衍智能分发 通过墨衍一键同步至各平台 可同步平台 CSDN微信公众号微博知乎掘金百家号博客园抖音小红书 你的文章也可以这样分发 墨衍会员 ¥399起/年,写一次发全网 我也要 + 加入社区

05 Group - Sprint Log 5th (12.14)

1. Brief Introduction

The Link Your ClassHere
The Link of Requirements of This AssignmentLab3-2 Requirement
Team NameRIDS-IoT-Group
Team Project TopicIoT Garbage Manager
Sprint Collection Link[Sprint Collection Link]
Sprint Summary Link[Sprint Summary Link]
Video demo linkPreview Demo and Pervious Oral
GitHub linkGithub Repo

目录

  • 05 Group - Sprint Log 5th (12.14)
  • 1. Brief Introduction
  • 2. Progress of Sprint
  • 3. Minutes of Meeting
  • 3.1 Contents of the Meeting
  • 3.2 Pictures of the Meeting
  • 4. Development Process
  • 4.1 Check-in Records of Github
  • 4.2 Corresponding UML Designs
  • 4.3 Hardware Testing
  • 5. Introduction of Progress
  • 5.1 Progress of Development
  • 5.2 Burnout Diagram


2. Progress of Sprint

NameCompleted TaskDuration of the TaskProblem EncounteredSolutionProportion
Hanlin Cai (Leader)Sprint plan task assignment5hOther specialized courses have more exams and homework.Group time is arranged according to the open test and homework time.120%
Zheng LiA summary of the proposal report3hThe tasks completed before are more scatteredCommunicate with students who have completed different functions100%
Jiaqi HuBack end authoring10hHow to cooperate with the front end to effectively display the data.Swagger API document is applied to solve communication test problem between front and back ends.100%
Zhijun ZhaoFront end writing6hParameter passing for interface jumps.Check the official documentation for adjustments.100%
Yinheng LinUpdate of prototype3hSome of the front-end interface differs from the prototype.Conduct real-world tests and be patient with modifications110%
Shipei ZhangBack end testing2hThe processing of the data is not perfect.Learn the method of data processing on the Internet.60%
Youlin FengPPT editing3hAnimation effects are difficult to achieve.Find tutorials to learn about After Effects(AE).100%
Shuying LiuBlog writing and documentation5hThe sprint documentation requirements are not very clear.Private chat with members to analyze the specific requirements and related requirements of the sprint document110%
Jingjie YuDocument organizing3hThe usage of some functions is unclear.Communicate with classmates in the group and complete the writing of functions.100%

3. Minutes of Meeting

3.1 Contents of the Meeting

  1. Review the previous proposal and evaluate team members.

  2. Divide the tasks for the next sprint.

  3. Discussed features that need to be updated.

  4. In-depth communication between front end and back end

3.2 Pictures of the Meeting


4. Development Process

4.1 Check-in Records of Github

4.2 Corresponding UML Designs

This week's focus is on integrating the full front-end interface and testing the interface jumps(the scope is shown in the red box). Besides, we have standardised the format of the back-end interface and deployed the server.

4.3 Hardware Testing

Installation of hardware devices into bins for testing.

img

img


5. Introduction of Progress

5.1 Progress of Development

Integration of front-end interfaces and optimisation of API.

Video and ppt preparation for the final presentation.

5.2 Burnout Diagram

This blog is written by Yinheng Lin, and modifed by Hanlin CAI.

...全文

相关推荐

无刷直流电机模糊神经网络PID-模糊PID-传统PID三种控制对比Simulink仿真

内容概要:本文系统研究了无刷直流电机(BLDCM)在Simulink环境下的三种控制策略:传统PID控制、模糊PID控制以及模糊神经网络PID控制。研究基于三相桥式星型全控电路结构,构建了转速电流双闭环控制系统,并通过Matlab/Simulink搭建仿真模型,全面对比分析了三种算法在动态响应速度、稳态精度、抗干扰能力及系统鲁棒性等方面的性能差异。文章深入阐述了各控制方法的设计原理与实现机制,重点突出了模糊逻辑与神经网络在自适应调节PID参数方面的优势,验证了智能控制算法在提升电机控制品质上的显著效果。同时,文档提供了详实的仿真资源、参考文献和技术说明,有助于读者复现实验并深化对先进控制策略的理解与应用。 适合人群:具备自动控制理论基础和MATLAB/Simulink仿真能力的电气工程、自动化及相关专业的研究生、科研人员及工程技术人员,特别适用于从事电机驱动系统设计、智能控制算法开发等领域的专业人士。 使用场景及目标:①用于教学与科研中对比分析传统PID、模糊PID与模糊神经网络PID在无刷直流电机调速系统中的控制性能差异;②为高性能电机控制器的设计与优化提供仿真验证平台,支持参数整定与控制策略选型;③辅助完成毕业设计、科研项目或工业应用中的控制算法评估与改进。 阅读建议:建议读者结合所提供的Simulink模型与参考文献,逐步复现仿真过程,重点关注不同控制器的参数整定方法、响应曲线特征及其在负载扰动下的表现。可进一步拓展研究方向,如引入无位置传感器控制、滑模观测器或模型预测控制等先进控制技术,以深化对现代电机智能控制体系的理解与创新能力。

欢多天天写代码

分省份-城投债信用利差跟踪(私募债)20260206.xlsx

分省份-城投债信用利差跟踪(私募债)20260206.xlsx

温柔-的-女汉子

高校技术转移办公室人员如何高效管理技术成果全生命周期?.docx

科易网基于AI模型+行业大数据,在技术转移、成果转化、技术经纪、知识产权、产业创新、科技招商等垂直领域的多样化应用场景,推出科技创新领域的AI+工具与数智化解决方案,推动科技创新与产业创新智能化发展。

BIZKEEN

傲梅备份软件-windows系统

文件增量、全量定时备份

丁先生5788

科技中介服务机构如何提升技术供需对接的智能化水平?.docx

科易网基于AI模型+行业大数据,在技术转移、成果转化、技术经纪、知识产权、产业创新、科技招商等垂直领域的多样化应用场景,推出科技创新领域的AI+工具与数智化解决方案,推动科技创新与产业创新智能化发展。

BIZKEEN
评论
收藏 已收藏
分享
返回顶部