The basic structure of mathematical Modeling contest papers

three types of structures commonly used

One	Two	Three
1. Summary	1. Summary	1. Summary
2. Restatement of the problem	2. The question is raised and restated, analysis of the problem	2. The narrative of the problem, analysis of the background
3. Analysis of the problem	3. Variable Assumptions	3. Assumptions of the model, Symbol Description
4. Model Assumptions	4. Model Building	4. Model Building
5. Symbol description	5. Model solving	5. Model solving
6. Model Building	6. Model Analysis and inspection	6. Model Checking
7. Model solving	7. Evaluation and generalization of the model	7. Model evaluation
8. Results analysis, validation, model Inspection and correction	8. References	8. References
9. Model evaluation	9. Appendix	9. Appendix
10. References
11. Appendix

second, detailed analysis of each link

1. Summary

Abstract is a paper's overall style, for the award is crucial. The word count is usually 400-800 words, not more than one page of paper. The contents include: The team's understanding of the test instructions, the model type, the modeling idea, the solution method and the solution idea, the algorithm characteristic, the sensitivity analysis, the model test, the main numerical result and the conclusion.

The next line also needs to select 3-5 keywords, reflect the research content, algorithm.

2. Restatement of the problem

It is not recommended to copy a question. Re-describe the problem in your own language. Can be properly added to their own background information and previous research status. Can only explain the problem, can not be doped with subjective views.

3. Problem analysis

Grasp the key words and the main purpose of the topic and requirements, analysis to be pertinent, accurate. According to the principle to be clear, the description should be concise, can list the key steps, remember not lengthy, cumbersome. The analysis of the problem can be used as the third part, or it can be written for each problem in the model building. It is recommended to use flowcharts to make ideas more clear.

4. Model Assumptions

After analyzing the problem, it is found that some factors or conditions can not be considered or estimated, or the main factors of the problem. Discard the influence of the secondary factor and use the hypothetical way to simplify the problem.

Some assumptions are basic assumptions, and almost every article will have. Some assumptions are put forward in the process of building a model, at any time , and finally summarized together. Strive to be concise and clear.

This section can be written separately or can be described as needed when the model is established.

5. Symbol description

In brief text to express the meaning of each letter, including the case of the main symbols, English and Arabic, to be consistent with the text symbol, usually using a three-line table, avoid repetition or its approximation.

6. Establishment of the model

Mechanical publishing House "mathematical Modeling methods and Analysis" Five steps: Ask questions--Select modeling Method----derive mathematical expression of the model----solve the model----answer the question.

After clear test instructions, the basic idea is briefly described. Firstly, it introduces the basic principle and basic idea of utilization, then constructs the fundamental model, and clarifies the thought and thinking of solving problems.

The establishment of the same time to consider how to solve. Canonical mathematical expressions.

7. Model solving

Write the necessary steps, the expression of the results to be intuitive, easy to analyze and the jury to find. Sensitivity and stability analysis. The table is as tall as possible.

8. Testing of the Model

Some can use raw data and find the data processing effect to compare, some use the results of the T test, F test.

9. Model Evaluation and promotion

To measure a model's merits and demerits lies in its application effect, must be in the scope of its own model to solve the problem to the maximum extent.

Model extension, can be used to expand the requirements of the original problem, further discussion of the practicality and feasibility of the model, but also to put forward the problem prospect.

10. References

Papers mentioned or directly cited in the literature, citing the source of data, etc. need to be listed.

Common forms of expression:

A. Published magazine:[serial number] author, article name [Document Type], publication name, publication year, publication Unit, volume number (period), starting and ending page number.

　　

B. Publicly published books:[serial number] author, title [M], edition, publication, publication year, beginning and ending page number .

　　

C. Web information:[serial number] author, resource title, URL, Access time (Year Month day).

　　

Literature identification:J-Journals; m-monographs; n-papers; C-essays; D-Bachelor thesis; P-Patent; R-Report; s-Standard .

11. Appendix

Some important computational processes, algorithmic programs, some data tables, and so on.　

　　

　　

　　

The basic structure of mathematical Modeling contest papers