The 6th assignment-Topic Selection Presentation

REP1USONE 助教 2021-10-19 15:52:17

The 6th assignment-Topic Selection Presentation

1. Task Requirements.

Title: Each of us is more or less benefited from the development of open source. Let us also contribute our strength to the further development of the open source world! Therefore, the requirement of this team assignment is to develop a small program related to open source, including but not limited to the following combinations:

(1) Related to open source platforms, such as Github and CodeChina;
(2) Related to open source communities, such as OSCHINA, SourceForge, etc.
(3) Related to open source software, such as Apache, Linux.
(4) Related to open source enthusiasts, such as open source enthusiasts monthly magazine.

P.S:

1. The selected works are not limited to any industry or field, and are required to be innovative and practical, which cannot be completely consistent with the functions of existing small programs. (extra points for filling the gaps in the domestic field).

2. The topic selection must be related to open source, and have a deep understanding of the needs from the open source world.

This assignment needs:

1.Make a presentation in class

2.Write a CSDN blog and submit to moodle.

2  Presentation requirements.

       Date of reply: October 25, 2021.

       Time of reply for each group: 10 minutes (6 minutes for speech+4 minutes for reply).

       The team will answer the topic on site and prepare the mutual evaluation form in advance. Consider the indicators of mutual evaluation table:

  1. On-site presentation:
  1. Beautiful PPT: There are pictures and texts, which are related to the topic selection;
  2. On-site statement: Concrete and informative, with clear logic;
  3. Answer: Clear organization, not avoiding answering questions.
  1. Topic selection: whether the topic selection is conducive to the study, acquisition or utilization of open source information.
  1. Innovative topic selection.
  2. Practicability of topic selection
  3. Scope of application and influence of topic selection.
  1. Software design: whether to use appropriate technology to solve problems according to product characteristics.
  1. Complete function
  2. Modern technology
  3. User Experience

3. Description of blog submission.

Deadline submitted by blog to Moodle: 23: 00 on October 26, 2021.

For the convenience of other teachers and teaching assistants, please add a format description at the beginning of the assignment:

Homework course.

Links to classes.

Operation requirements

Links required by the job.

Goal of the job.

What you understand about the specific content of the assignment objectives.

Team name

Team name

Team member student number

Team member student number

Submit a blog essay and publish it in the blog of the team blog. The blog title is set to "EE308 Lab6 Team Presentation and Topic Selection Report", and submit the assignment.

  • Team assignments only need to be published in the team blog, and not by every member of the team.

4. Blog requirements.

  1. Give the team name.
  2. Specific planning and description of the team project to be done.
  3. Team member style: introduce each team member, which may include but not limited to the following contents:
    • student number
    • Member name (can be replaced by nickname)
    • Member character
    • Good at technology.
    • hobbies and interests
    • The expected soft worker role (front end, back end, test, PM, etc.).
    • ..
  4. The group photo.
  5. The team's vision (50 words-100 words) mainly describes the vision that the team hopes to achieve in the future.
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内容概要:本文针对四机并联孤岛微电网系统,提出了一种融合DoS(拒绝服务)攻击场景、二次控制、下垂控制与事件触发式负荷控制的协同控制策略,在Simulink环境中实现了电压与频率恢复及有功/无功功率共享分配的仿真验证。研究通过引入混合动态事件触发机制,有效降低控制器间的通信频率与网络负载,同时提升系统在面对间歇性通信中断或网络攻击时的鲁棒性与容错能力。控制架构采用分层设计,结合多智能体系统(MAS)的分布式协同思想,利用弹性二次控制补偿下垂控制带来的静态偏差,并在DoS攻击导致部分通信链路失效的情况下,保障微电网电能质量与运行稳定性。整体方案体现了网络安全性与控制性能的深度融合,适用于高比例分布式能源接入场景下的智能微电网安全稳定运行需求。; 适合人群:具备电力电子、自动控制理论与微电网运行控制基础知识,熟悉Simulink/MATLAB仿真环境,从事分布式能源系统、智能电网安全控制、网络物理系统(CPS)等领域研究的研究生、科研人员及工程技术人员。; 使用场景及目标:①研究微电网在遭受网络攻击(如DoS)时的动态响应特性与稳定性保持能力;②设计低通信开销、高鲁棒性的分布式协同控制策略;③实现孤岛微电网的电压频率精确恢复与功率均分控制;④验证事件触发机制在实际控制系统中的节能与抗干扰优势。; 阅读建议:建议结合提供的Simulink模型进行仿真实验,重点分析事件触发阈值设置、DoS攻击周期与强度对系统性能的影响,深入理解二次控制与下垂控制之间的协调逻辑,并可进一步拓展至其他类型网络攻击(如重放攻击、虚假数据注入)的防御机制研究。

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