LAB 4 Second pair programming assignment

曦与 助教 2021-09-30 20:52:29

Deadline:2021-10-09 23:59pm

This assignment requires the development of a Bobing software based on the prototype of the first pair programming assignment.

Basic format requirements

requirement 0

In order to facilitate teachers or teaching assistants in other schools to understand the actual situation of the course, please add a format description at the beginning of the assignment:

The Link Your Classhttps: ...
The Link of Requirement of This Assignmenthttps: ...
MU STU ID and FZU STU IDeg. 13579_24680
Teammate's MU STU ID and FZU STU IDeg. 13579_24680
Teammate's blog linkhttps: ...
GitHub linkhttps: ...
Video demo linkhttps: ...

The code is as follows:

|The Link Your Class|<concrete link>|
|-- |-- |
|The Link of Requirement of This Assignment|<concrete link>|
|MU STU ID and FZU STU ID | |
|Teammate's MU STU ID and FZU STU ID | |
|Teammate's blog link |<concrete link>|
|GitHub link|<concrete link>|
|Video demo link |<concrete link>|

requirement 1

  • Typesetting style is standard and beautiful.

  • The whole document has a unified style.

  • Pay attention to font and line spacing, picture centering, etc.

Implementation requirements

  • Interface requirements

    • Beautiful design. UI design standard is unified, beautiful and delicate.

    • Users are easy to understand and use, which is in line with the usage habits of mainstream people.

  • Functional requirements

    • Six dice, randomly shaking to produce results.

    • Many people are allowed to participate, which can be in the form of stand-alone version or network, and can automatically judge the result.

Coding requirements

  • Make appropriate code specifications and conduct tests.

  • Using git for version control, two people should complete coding through git cooperation. Both should have code writing and corresponding unit testing.

Blog requirements

  1. Basic format [see Lab1].

  2. Give the student number of the paired partner and the corresponding blog address of this assignment.

  3. Give what you think are the key or difficult functions and programming thinking, at least 2 points.

  4. Give a photo, including the paired classmates, work place, computer, and other items or scenes that can express the working experience of pair programming.

  5. Pair programming experience.

  6. Give at least 3 events that take a long time in coding, arguing, reviewing, etc., and give you great gains.

  7. PSP and learning progress bar. refer to:http://www.cnblogs.com/vertextao/p/7469789.html

  8. Give GitHub link and commit record.

  9. Give a link to the video demonstration of software running.

Grading standards(60)

  • Functional practicability(20)——Is there a basic function?

    • Basic: single machine form, six dice, randomly shaking the output results, allowing multiple people to participate, and automatically judging the results.(15)

    • Advanced: support network connection, and be able to participate in Bobing online.(5)

  • Degree of innovation(5)——Do you have your own innovation?

  • Degree of interface beautification(5)——Is the interface logical and beautiful?

  • Blog description(20)——Is the job content written as required, and the description specification?

  • Code specification(5)

  • Git commit information specification, two people should complete coding through git collaboration.(5)

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内容概要:本文研究了采用非正交多址接入(NOMA)技术的节能多无人机多接入边缘计算系统,通过Matlab代码实现仿真与优化。该系统旨在提升多无人机环境下边缘计算的资源利用效率和能量效率,解决多用户接入冲突与计算任务卸载的能耗问题。文中深入探讨了NOMA技术在无人机通信中的应用机制,利用功率域复用支持多用户并发接入,并通过联合优化算法对无人机飞行轨迹、任务卸载决策及无线资源分配进行协同优化,以最小化系统总能耗的同时保障服务质量。研究内容涵盖系统模型构建、非凸优化问题的数学建模、高效求解算法的设计,以及详细的仿真结果分析,充分验证了NOMA技术在提升多无人机边缘计算系统性能方面的有效性与优越性。; 适合人群:具备通信、计算机或自动化等相关专业背景,熟悉Matlab编程,从事无人机通信、边缘计算或资源优化研究的研究生及科研人员。; 使用场景及目标:①为多无人机协同边缘计算系统的设计与能耗优化提供理论依据和技术参考;②通过提供的Matlab代码实现,便于研究人员复现核心算法、验证模型的有效性,并在此基础上进行二次开发与性能改进; 阅读建议:此资源以Matlab代码为核心载体,建议读者结合通信原理、优化理论与无人机网络知识,深入理解NOMA的接入机制、功率分配原理以及轨迹与资源的联合优化策略,并动手调试代码以掌握系统仿真的完整流程。

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