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Essential Guide to Using IEEEtran Templates

Learn how to format your papers for IEEE publications efficiently.

― 4 min read


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Table of Contents

The IEEEtran templates are special tools designed to help writers create documents for the Institute of Electrical and Electronics Engineers (IEEE). These templates make it easier to format articles for conferences and journals. The goal is to provide a clear structure for your paper so that it meets the standards expected by the IEEE community.

Key Features of IEEEtran Templates

The IEEEtran template package offers a variety of file examples to help authors understand the document structure. The examples include:

  • bare jrnl.tex
  • bare conf.tex
  • bare jrnl compsoc.tex
  • bare conf compsoc.tex
  • bare jrnl comsoc.tex

These files serve as a starting point for writing your own paper. They provide the basic layout and structure needed.

Document Class Options

When you use the IEEEtran template, you first need to decide what type of publication you are preparing. There are several options, including:

  • Regular Journal Article
  • Conference Paper
  • Computer Society Journal Article
  • Computer Society Conference Paper
  • Communications Society Journal Article
  • Brief Correspondence or Technote

Choosing the right option is important since it affects how your paper will be formatted.

Common Article Elements

Paper Title

The title of your paper should be clear and concise. Avoid using complex formulas in the title. This makes it easier for readers to understand what your paper is about right away.

Author Names and Affiliations

List the names of the authors along with their affiliations. Make sure to include any relevant memberships, especially if they are part of IEEE. This helps to establish credibility.

Abstract

The abstract is a brief summary of your paper. It should provide an overview without using complex terms or equations. The goal is to give readers a quick idea of what to expect in your paper.

Index Terms

Include index terms after the abstract. These are keywords that help others find your paper when searching for related topics. Different publications might have different sets of keywords, so it’s wise to check.

Body Text Elements

Sections and Subsections

Use standard commands to create sections and subsections in your paper. Sections are usually numbered automatically. It is common practice to not indent the first paragraph after a section heading.

Figures And Tables

When including figures or tables, there are specific commands to use in the template. Figures can be placed using standard commands, and you can cross-reference them in the text for clarity. Each figure and table should have a descriptive caption to explain its content.

Lists

IEEEtran supports different types of lists. You can create:

  • Simple unnumbered lists
  • Numbered lists
  • Bulleted lists

Each type of list serves a different purpose and helps organize your content effectively.

Back Matter Elements

Acknowledgments

Include a brief acknowledgment section before the bibliography. This is your chance to thank individuals or organizations that helped you with your research.

References

Using the right format for references is crucial. There are specific commands to help you list your references clearly so that readers can find the sources you used. Follow the guidelines provided to ensure accuracy.

Author Biographies

You may include a short biography for each author at the end of the paper. This section can provide insights into the authors' academic and professional backgrounds.

Mathematical Typography

Proper formatting of mathematical content is vital. Use the recommended practices to present your equations and formulas clearly. This helps ensure that your work is easily understood by readers.

Display Equations

Equations should be displayed properly using the provided formatting commands. Number your equations consecutively throughout the paper to maintain consistency.

Additional Tips

  • Ensure that your formatting aligns with IEEE standards.
  • Avoid overly complex language in your writing.
  • Use soft references instead of hard ones to make editing easier.
  • Check your paper for any missing or duplicated numbers in your equations.

Conclusion

The IEEEtran templates are valuable for anyone looking to publish work in IEEE journals or conferences. By using these templates, authors can focus on their research and ideas without getting bogged down by formatting issues. Remember to follow the guidelines closely for the best results.

Original Source

Title: Quasiparticle Generation-Recombination Noise in the Limit of Low Detector Volume

Abstract: We have measured the quasiparticle generation-recombination (GR) noise in aluminium lumped element kinetic inductors with a wide range of detector volumes at various temperatures. The basic detector consists of meandering inductor and interdigitated capacitor fingers. The inductor volume is varied from 2 to 153 {\mu}m^{3} by changing the inductor width and length to maintain a constant inductance. We started with measuring the power spectrum density (PSD) of the detectors frequency noise which is a function of GR noise and we clearly observed the spectrum roll off at 10 kHz which corresponds to the quasiparticle lifetime. Using data from a temperature sweep of the resonator frequency we convert the frequency fluctuation to quasiparticle fluctuation and observe its strong dependence on detector volume: detectors with smaller volume display less quasiparticle noise amplitude. Meanwhile we observe a saturated quasiparticle density at low temperature from all detectors as the quasiparticle life time {\tau}qp approaches a constant value at low temperature.

Authors: J. Li, P. S. Barry, T. Cecil, C. L. Chang, K. Dibert, R. Gualtieri, M. Lisovenko, Z. Pan, V. Yefremenko, G. Wang, J. Zhang

Last Update: 2023-04-03 00:00:00

Language: English

Source URL: https://arxiv.org/abs/2304.01156

Source PDF: https://arxiv.org/pdf/2304.01156

Licence: https://creativecommons.org/licenses/by/4.0/

Changes: This summary was created with assistance from AI and may have inaccuracies. For accurate information, please refer to the original source documents linked here.

Thank you to arxiv for use of its open access interoperability.

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