CIVL6060_AI4Maintenance-Robotics

CIVL6060 Artificial Intelligence for Maintenance (Robotics topics)

Hi, I’m Ruiqi, the teaching assistant of CIVL6060. In addition to the tutorial delivered in the class, the following is another supplementary for your essay.

The HTML version of this introduction could be found at CIVL6060-AI4M.

Essay main body

Part of this section is referenced Guidelines For Writing Up Your Research.

The suggested structure of the essay is Hourglass model (credited by Dr Tsang, GRSC6121).

Introduction

Think comprehensively about how to tell your story to others. The introduction provides a framework for the story you are about to tell and thus serves two main purposes. For one, you must provide sufficient background information for a reader to understand the forthcoming results. Just as importantly, you must motivate the audience to keep reading!

Generally, the suggested motivation (this topic) could be categorized as follows:

For example, to environmental inspection for building maintenance->

  1. The labour shortage, causing increasing prices, leads to the acceptance of robotics,
  2. Industrialized construction requires high production precision, especially for inspection.
  3. So that the inspection robot can well handle the problems mentioned above and speed up the digitalization of maintenance.

Literature review

The literature review should be fundamental to your motivations. Although this part is the second part of your essay, I suggest you do this part work at the beginning of your masterpiece. When you do not have a specific research topic, doing some review work seems a good choice.

Here are several suggested steps for your review process (for example, as the topic “Inspection with robots in maintenance work” ):

  1. Search your keywords in the academic search system (e.g., Google Scholar, web of science, etc.);
  2. Read the amount of suitable publications;
  3. Summarizing those publications and find the differences and similarities;
  4. Decide the current problem you need to handle;
  5. Handle it with your tools.

For example, to environmental inspection for building maintenance->

  1. The current robotic inspection works are based on UAVs; they cannot load heavy equipment and have crush risks.
  2. Compared with settling inspection points, path planning-driven inspection can further improve autonomousness.

Research methodology

For example, to environmental inspection for building maintenance->

  1. Firstly, introduce the structure of your proposal.
  2. Mesh the map.
  3. Compute which inspection point can acquire more information from movement.
  4. To reach this point, the path can be calculated by the proposed algorithm.

Results and discussion

Conclusions

Acknowledgements

References

Appendix