1, cover: including the title of the paper, author's name, affiliated institution, contact information and other basic information.

2. Abstract: Briefly summarize the main contents, research purposes, methods and conclusions of the paper. It should be general so that readers can quickly understand the main points of the paper.

3. Keywords: listing the keywords of the paper is helpful for readers and retrieval systems to identify and classify the papers.

4. Introduction: Introduce the research background, problem statement and research purpose. The introduction usually includes an overview of related fields and literature review.

5. Method or model description: describe the mathematical model, method and algorithm used in detail. Including model hypothesis and parameter setting, problem solving steps and algorithm flow. Make clear the process of establishing and solving the model, so that readers can understand and reproduce your research.

6. Data analysis and results: Introduce the data set used, data preprocessing and analysis methods. Show experimental results, simulation results or derived results, and explain and analyze the results.

7. Discussion and conclusion: Discuss and explain the results and compare them with relevant theories or previous studies. Summarize the main findings of the study, answer the research questions, and put forward possible improvements or future research directions.

8. References: List all references cited in the paper. Write according to the prescribed citation format, such as APA, MLA, IEEE, etc.

Function of Mathematical Modeling Test Paper

1. Academic exchange and sharing: Mathematical modeling papers are an important way for researchers to share research results with academic circles and peer scholars. By publishing papers, researchers can communicate with experts in other fields, discuss their own research methods, models and achievements, and promote academic cooperation and collaboration.

2. Knowledge contribution and progress: Mathematical modeling papers are regarded as academic contributions to specific issues. These papers can promote the progress and development of knowledge in this field, fill the gaps in existing research, provide new insights and methods, and help solve practical problems.

3. Improve academic reputation and recognition: Publishing high-quality mathematical modeling papers can improve the academic reputation and recognition of researchers. This will help to establish the influence of researchers in academic circles and provide support for their career development and promotion.