LAB 2-1 First pair programming assignment

qq_54104904 2022-11-04 20:40:26
The Link of Your Classhttps://bbs.csdn.net/forums/MUEE308FZU202201
The Link of Requirement of This Assignmenthttps://bbs.csdn.net/topics/608858956
The Aim of This Assignment Concrete ContentTo implement a Bobing software, which allows multiple people to participate and can automatically determine the results.
MU ID and FZU IDMU ID : 20122292     FZU ID :832001321
Partner IDMU ID : 20124732  20123108      FZU ID :832001124  832001302
Partner Blog Link 

 

Content

 Part 1  :  Demand Analysis Based on NABCD Model

 Part 2  :  PSP Table 

 Part 4  :  Paired Work Photo

 Part 5  :  Summary

Part1 : Demand Analysis Based on NABCD Model

(1) Need

       The Mid-Autumn Festival is one of the traditional Chinese festivals, which symbolizes reunion and happiness. Bobing is a custom activity in southern Fujian and Taiwan. During the Mid-Autumn Festival, people get together with their relatives and friends to Bobing and enjoy the moon. Since the outbreak of COVID-19 in 2020, people cannot gather together as before. In order to maintain the original holiday atmosphere, more and more people share the fun of Bobing through online Bobing software.

(2) Approach

        With the help of software engineering, we can restore the rules and forms of traditional Bobing with online Bobing Applet, so that people thousands of miles away can enjoy the happiness of Bobing under the background of the epidemic and inherit the excellent traditional Chinese culture. The prototype was made in Axure and then the back-end code was implemented in python so that it could be used on mobile phones.

(3) Benifit

        The benefits of online blogging are obvious; On the one hand, it can break through the restriction that people cannot gather during the epidemic and enjoy the happiness brought by Bobing online. On the other hand, it can continue to pass on the excellent traditional Chinese customs and habits,preventing that children do not know the good custom of Bobing because of the epidemic. Nowadays, there are more and more software, making applets can promote the progress of software development in the case of meeting people's needs.

(4) Competitors

        Nowadays, many applet have similar functions. Most of the applet have unattractive interfaces, poor game experience, lots of advertisements, for the purpose of profit, limited number of games, and unfair probability of winning awards.

(5)Delivery

        Upload the link on CSDN, the code on CSDN and GitHub, and if possible on the app store for everyone to share.PA

Part 2 : PSP Table

 

PSPESTIMATE TIME(MINUTE)ESTIMATE TIME(MINUTE)
Planning6075
 Estimate55
Development10001260
Analysis3020
Design Spec----
 Design Review----
 Coding Standard2015
Design4060
Coding300600
Code Review1015
 Test6080
Reporting\\
 Test Report1020
Size Measurement1010
Postmortem & Process Improvement Plan2050
Total15752210

 

Part 3 : Prototype Development and Online Link

        We choose Axure as our prototype tool because Axure have relatively good inferce functionality comparing with other plateform so that we can realize stronger function and make our applet better.

 Prototype online link : https://2d80s7.axshare.com/#g=14

 

 

Part 4 : Paired Work Photo

 

Part 5 : Summary

Through this experiment, I have a certain concept of software product design and learned how to use Axure software, which is quite different from my previous back-end development. I believe that as a software developer, I should also learn non-technical skills such as interface design and product requirement analysis.

 

 

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内容概要:本文围绕“新能源发电接入弱电网的宽频带振荡机理及抑制方法”开展深入研究,结合Matlab编程与Simulink仿真平台,系统剖析新能源发电系统在弱电网条件下引发的宽频带振荡问题。研究聚焦于变流器控制动态、锁相环(PLL)频率耦合效应、序阻抗建模及其交互特性等关键因素,揭示振荡产生的内在机理。通过构建精确的数学模型与电磁暂态仿真模型,采用扫频分析法获取系统序阻抗特性,并结合奈奎斯特稳定性判据进行判别,验证理论分析的正确性。同时,提出针对性的抑制策略,如改进控制算法、引入阻尼补偿环节或优化控制器参数设计,以提升系统在弱电网环境下的稳定性。整个研究流程完整复现了博士论文级别的科研工作,具有较强的理论深度与工程应用价值。; 适合人群:适用于具备电力系统、电力电子或自动控制等相关专业背景,熟悉Matlab/Simulink仿真工具,正在从事新能源并网、电力系统稳定性分析、变流器控制策略研究的研究生、科研人员及电力行业工程技术开发者。; 使用场景及目标:①深入理解新能源并网系统在弱电网中发生宽频带振荡的物理本质与动态演化过程;②掌握基于频域阻抗法的系统稳定性建模与分析方法;③学习并复现高水平学术论文中的关键技术路线,提升独立科研能力与仿真建模水平;④为实际工程中新能源电站的并网稳定性问题提供理论依据与可行的抑制方案参考。; 阅读建议:建议读者结合文中提供的Matlab代码与Simulink仿真模型,逐步完成从阻抗建模、扫频仿真到稳定性判据应用的全过程实践,重点关注锁相环与电流环之间的动态耦合关系,并辅以相关文献深化对频域分析理论的理解,实现理论与仿真的深度融合。

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