Alpha Sprint Day 5-6

大智若渔_Smart_Fishpond 团队 2024-12-02 20:14:54
Which course does this assignment belong to2401_Mu_SE_FZU
Where is the requirement for this assignmentFifth Assignment——Alpha Sprint
Team nameSmart Fishpond Access
The goal of this assignmentAlpha Sprint Day 5-6
Other references

Alibaba Java Development Manual Ultimate Edition v1.3.0

Huawei Internal Code Standards

Huawei Cloud JavaScript coding specification

Content

1. Latest running screen of project programs/modules

1.1 Real-Time Data Monitoring

1.2 Real-Time Alarms

1.3 Early Warnings

2. Burn-up Diagram

3. Process photos of front-end development


1. Latest running screen of project programs/modules

In the second Alpha sprint stage, we completed the the front page of APP, including functionalities of real-time data monitoring, real-time alarms and early warnings.

1.1 Real-Time Data Monitoring

On the main page under the "Fish Pond" interface, users can track multiple key indicators to help aquaculture practitioners monitor the farming environment in real-time. The real-time water quality indicators include Temperature, Humidity, Air Temperature, and Water Temperature. Clicking on any of these indicators will navigate to a secondary interface showing detailed information, including trend graphs for nearby time nodes, historical averages, as well as the maximum and minimum values.

Considering the water temperature stratification in deep pond water, sensors are deployed at three different water layers. The temperature detail interface allows users to view data for shallow, middle, and deep water layers, as well as their historical trends.

1.2 Real-Time Alarms

In the Monitoring Data Section, if any real-time water quality indicators exceed the threshold suitable for eel survival, an Alarm Message will be displayed. This alarm will help users respond immediately to potentially hazardous conditions.

1.3 Early Warnings

If the predicted value of any water quality indicator is approaching the threshold, an Early Warning Message will be shown in the Monitoring Data Section. This early warning provides users with a proactive notification, allowing them to take preventive measures before conditions become critical.

 

2. Burn-up Diagram

At present, the first sprint task has been successfully completed, the login, the front page of APP have been completed, and the current progress has reached about 60% of the total workload, the specific content is shown in the burnout diagram.

 

3. Process photos of front-end development

The distribution of labor is shown below.

FZU IDDistribution of LaborDescription
832201109Front-end and back-endProject initialization, page framework set up
832201117Front-end and back-endDevelopment of login and registration pages, and implementation of validation features
832201110Front-end and back-endDevelopment of device management and real-time monitoring
832201111Front-end and back-endDevelopment of smart Q&A and device location
832201112Front-end and back-endDeployment and interface optimization
832201127Front-end and back-endFrontend and backend API integration and debugging
832201318Testing TeamFrontend and backend API integration and debugging
832201306Testing TeamExecuting frontend and backend interaction, and functional module tests
832201307Testing TeamDevice location and database optimization
832201313Testing TeamExecuting frontend and backend interaction, and functional module tests
832201325Testing TeamDevice location and database optimization
832201116Blog TeamWriting and publishing the sprint blog
832201114Blog TeamWriting and publishing the sprint blog
832201120PPT TeamCreate the defense PPT, summarizing project progress and outcomes
832201105PPT TeamCreate the defense PPT, summarizing project progress and outcomes
832201104PPT TeamCreate the defense PPT, summarizing project progress and outcomes

 

Work is done strictly by the distribution of labor. Photos of the frontend development process are below.

 

The screenshot of some development code of the Website home page is as follows

 

At present, the third sprint task has been successfully completed. All functionalities of the front page of APP have been completed. The defence PPT has been updated.

 

 

...全文
147 回复 打赏 收藏 转发到动态 举报
写回复
用AI写文章
回复
切换为时间正序
请发表友善的回复…
发表回复
内容概要:SSD2828QN4是一款MIPI主桥接芯片,用于连接应用处理器与传统并行LCD接口及支持MIPI从属接口的LCD驱动器。该芯片支持最高每通道1Gbps的串行链路速度,最多可配置4个数据通道,显著减少了信号数量。它支持多种接口模式,包括RGB+SPI组合接口,适用于驱动智能或非智能显示面板,并能通过命令模式和视频模式传输数据。芯片内置时钟和复位模块、外部接口、协议控制单元(PCU)、包处理单元(PPU)、错误校正码/循环冗余校验(ECC/CRC)模块、长包和命令缓冲区、D-PHY控制器、模拟收发器以及内部锁相环(PLL),确保了高效的数据传输和系统稳定性。此外,文档详细描述了芯片的引脚分配、寄存器设置、操作模式、电源序列、时序特性等关键参数,为开发者提供了全面的技术指导。 适合人群:具备一定硬件设计基础,从事嵌入式系统开发、显示技术研究的研发人员。 使用场景及目标:①实现应用处理器与MIPI兼容显示屏之间的高速数据传输;②优化显示系统的功耗表现,减少电磁干扰(EMI);③通过灵活配置不同接口模式来适应各种显示设备的需求。 阅读建议:此文档面向具有一定电子工程背景的专业人士,建议读者结合实际项目需求深入理解各章节内容,特别是关于寄存器配置、时序要求等方面的具体说明。对于初次接触此类技术的开发者而言,建议先熟悉基本概念再逐步掌握高级功能的应用方法。

173

社区成员

发帖
与我相关
我的任务
社区描述
2401_MU_SE_FZU
软件工程 高校
社区管理员
  • FZU_SE_TeacherL
  • 助教-吴可仪
  • 助教-孔志豪
加入社区
  • 近7日
  • 近30日
  • 至今
社区公告
暂无公告

试试用AI创作助手写篇文章吧