MU5022 Research Practices

Java Python MU5022 Research Practices

Research Project (50%)

Initial proposal due (via email) Friday week 14 (Nov 1 @ 23:59)

Final work due Friday week 20 (13 December 2023 @ 23:59)

Assessment Instructions

This assessment invites you to undertake an independent research project on a topic from the field/s of community music, composition, music education, musicology, performance, and sonic arts. This project can take one of the following formats:

•    3,000-word essay (submitted via Turnitin)

•    15-minute lecture recital (recording and slides submitted via MyAberdeen)

•    7-minute composition (score and, if feasible, audio, submitted via MyAberdeen) or

•    A combination/adaptation agreed with the course coordinator.

You may have +/- 10% either way in the word count/ duration of the work. Your project will be marked in accordance with the assessment criteria in the MMus Programme Handbook.

Regardless of the format you choose, the purpose of this assessment is to demonstrate your ability to engage in critical and reflective thinking on your chosen topic. To this end, you are required to consider the ways in which your project can contribute to further understanding of existing ideas, debates and/ or approaches in your chosen field. To this end:

For creative projects: You will need to provide (of approximately 300 words) a

rationale and reflection (i.e., what, why, how, and what did you learn?) on the cre5ation and execution of your creative work. This will include demonstrating whose ideas and techniques you are drawing on/ exploring in your project. Please also note, for such projects, you will also be required to provide a written introduction/ overview of the creative pieces you submit for final assessment.

For written based projects: Your essay should engage in ‘ big picture’ critical

reflection and the consideration of multiple perspectives and ideas on your topic. It will not be enough to simply recite and rehash existing materials. You will be required to demonstrate original thinking, analysis, and&n MU5022 Research Practices bsp;reflection in your essay and show that you are able to contribute to the ongoing discussion and debates in your  chosen field/ on your chosen topic.

We will spend time in Workshop Four (Week 11) devising your project. You will be required to email to the course coordinator a short blurb (of no more than 250 words) of what your proposed project will be (as relevant: the topic and its associated focus / context and rationale/ expected output/s) by the end of Week 13 (October 28). This will assist in ensuring your project is feasible in its focus and allow for additional guidance as you move forward through the term.

Devising your project

In devising the project consider the following:

•    Your area/s of interest within the six fields outlined above;

•    Your creative skills ability and interests;

•    The area of interest you may wish to pursue as you continue with your practice/ studies;

•    How the project may sit within a portfolio of your creative work or support you in future advanced studies (where and as applicable)

Assessment

The assessment criteria relevant to your project format (composition, performance and/ or written work) will be applied per the rubrics in the MMus Handbook. This is addition to the requirements outline above in relation to creative and reflective thinking, and the furthering of existing ideas, debates and/ or approaches in your chosen field         

内容概要:本文介绍了一个基于Matlab的综合能源系统优化调度仿真资源,重点实现了含光热电站、有机朗肯循环(ORC)和电含光热电站、有机有机朗肯循环、P2G的综合能源优化调度(Matlab代码实现)转气(P2G)技术的冷、热、电多能互补系统的优化调度模型。该模型充分考虑多种能源形式的协同转换与利用,通过Matlab代码构建系统架构、设定约束条件并求解优化目标,旨在提升综合能源系统的运行效率与经济性,同时兼顾灵活性供需不确定性下的储能优化配置问题。文中还提到了相关仿真技术支持,如YALMIP工具包的应用,适用于复杂能源系统的建模与求解。; 适合人群:具备一定Matlab编程基础和能源系统背景知识的科研人员、研究生及工程技术人员,尤其适合从事综合能源系统、可再生能源利用、电力系统优化等方向的研究者。; 使用场景及目标:①研究含光热、ORC和P2G的多能系统协调调度机制;②开展考虑不确定性的储能优化配置与经济调度仿真;③学习Matlab在能源系统优化中的建模与求解方法,复现高水平论文(如EI期刊)中的算法案例。; 阅读建议:建议读者结合文档提供的网盘资源,下载完整代码和案例文件,按照目录顺序逐步学习,重点关注模型构建逻辑、约束设置与求解器调用方式,并通过修改参数进行仿真实验,加深对综合能源系统优化调度的理解。
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