FZU-SE-EE308-2022秋
05 Group - Sprint Log 4th (12.12)
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 关注 + 加入社区05 Group - Sprint Log 4th (12.12)
1. Brief Introduction
| The Link Your Class | Here |
|---|---|
| The Link of Requirements of This Assignment | Lab3-2 Requirement |
| Team Name | RIDS-IoT-Group |
| Team Project Topic | IoT Garbage Manager |
| Sprint Collection Link | [Sprint Collection Link] |
| Sprint Summary Link | [Sprint Summary Link] |
| Video demo link | Preview Demo and Pervious Oral |
| GitHub link | Github Repo |
目录
- 05 Group - Sprint Log 4th (12.12)
- 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 Photos of the Operation
- 4.3 Corresponding UML designs
- 5. Introduction of Progress
- 5.1 Progress of Development
- 5.2 Burnout Diagram
2. Progress of Sprint
| Name | Completed Task | Duration of the Task | Problem Encountered | Solution | Proportion |
|---|---|---|---|---|---|
| Hanlin Cai (Leader) | Sprint plan task assignment | 3h | Other specialized courses have more exams and homework. | Group time is arranged according to the open test and homework time. | 110% |
| Zheng Li | A summary of the proposal report | 3h | The tasks completed before are more scattered | Communicate with students who have completed different functions | 110% |
| Jiaqi Hu | Back end authoring | 5h | How 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. | 105% |
| Zhijun Zhao | Front end writing | 8h | How to connect the front-end and back-end api interfaces. | Strengthen communication and re-write api encapsulation files in the front end. | 105% |
| Yinheng Lin | Update of prototype | 3h | The layout of some pages is not quite right. | Spruce up the finished front page. | 100% |
| Shipei Zhang | Back end testing | 2h | The processing of the data is not perfect. | Learn the method of data processing on the Internet. | 80% |
| Youlin Feng | PPT editing | 3h | Animation effects are difficult to achieve. | Find tutorials to learn about After Effects(AE). | 100% |
| Shuying Liu | Blog writing and documentation | 5h | The sprint documentation requirements are not very clear. | Private chat with members to analyze the specific requirements and related requirements of the sprint document | 110% |
| Jingjie Yu | Document organizing | 4h | The 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
Summary of the previous progress.
Front-end for the management system interface writing plan discussion.
Arrangement for the presentation of video and PowerPoint afterwards.
3.2 Pictures of the Meeting
4. Development Process
4.1 Check-in Records of Github
4.2 Photos of the Operation
Our equipment installation diagram.
4.3 Corresponding UML designs
This week's focus is on implementing the front end, located in the red box section of the general mind map, and based on the UML diagram below.
5. Introduction of Progress
5.1 Progress of Development
The connection between the back-end and the front-end.
Front-end api setup and debugging.
Video and ppt preparation for the final presentation.
5.2 Burnout Diagram
This blog is written by Jinjie Yu, and modifed by Hanlin CAI.
相关推荐
【信息科学与工程学】【产品体系】计算机科学与自动化——第一百八十九篇 操作系统内核（微内核/宏内核）函数与算法02
宏内核（Linux）更多典型内核函数/算法，从编号271开始，覆盖中断管理、热插拔、PCI、ACPI、固件、崩溃转储、kexec、休眠、watchdog、RTC、hwmon、LED、backlight、input子系统、remoteproc等更多领域。编号类型领域内核类型内核中的函数/算法/模块/模组模块的调用关系模块/函数/算法逐步推理思考的数学表达式及参数列表及参数数值设计模块的C/C++/其他代码关联知识271中断管理中断描述符宏内核 / (中断子系统核心)驱动申请中断 → → → 分配irq_
【信息科学与工程学】【财务管理】第九篇 企业收款与资金催收管理02
编号特征/行为类别具体特征/行为名称描述相关函数/算法数学方程/伪代码/核心思想2.1.2.001额度动态调整基于滚动时间窗口行为评分的自动调额定期（如每日/每周）计算客户在过去N天内的行为评分（综合付款、订单、互动），根据评分变化自动触发额度上调、下调或冻结建议。滚动窗口计算、阈值触发。；。2.1.2.002额度动态调整预测性额度需求模型与预增信使用时间序列模型预测客户未来M天的订单金额和节奏，在预测需求高峰来临前，主动、临时性地上调其信用额度，避免因额度不足影响销售。时间序列预测、事件驱动。
产教融合实训基地与实践中心建设逻辑图-可编辑版
产教融合实训基地与实践中心建设逻辑图-可编辑版
idea2025-free.zip
idea2025-free.zip
sop基于灵敏度分析的有源配电网智能软开关优化配置升级1（Matlab代码实现）
内容概要：本文提出了一种基于灵敏度分析的有源配电网智能软开关（SOP）优化配置方法，旨在应对高比例分布式电源接入带来的电压波动与网络损耗加剧等问题。研究以IEEE33节点系统为算例，通过改进的灵敏度分析模型量化各节点对电压和功率流动的影响程度，进而构建SOP选址与定容的优化模型，实现降低网损、改善电压分布及提升系统运行灵活性的目标。全文详细阐述了灵敏度指标的数学推导、目标函数与约束条件的建模过程，并基于Matlab实现了完整的仿真求解流程，具备良好的工程实用性与学术参考价值。; 适合人群：电力系统及其自动化、电气工程等相关专业的硕士博士研究生、科研机构研究人员，以及从事智能配电网规划、运行与优化的工程技术人员。; 使用场景及目标：①研究分布式电源大规模接入背景下配电网的主动调控与优化策略；②指导智能软开关在实际配电网中的科学选址与容量配置；③为相关科研课题提供可复现的仿真案例，支撑学术论文撰写与算法验证。; 阅读建议：建议读者结合提供的Matlab代码与IEEE33节点标准模型进行动手实践，重点理解灵敏度指标的物理意义及其在优化模型中的应用逻辑，关注求解过程中的约束设置与算法收敛性，并可进一步拓展至SOP与储能联合配置、多时间尺度优化等复杂场景进行二次开发与研究。
