Academic Project Page Template

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1Pixel Genius Labs2NeuroNauts Academy*work done while she was interning at Pixel Genius Lab.

Abstract

This is a versatile template designed to satisfy your research project page needs, all while harnessing the power of 🎨UIKit and ⚛ React. Built on the foundations of simplicity and flexibility, this template allows you to focus on expressing your ideas without the hassle of directly handling CSS—thanks to customizable SASS variables. With markdown as your canvas and KaTeX\KaTeX for precise equations, crafting clear and engaging project page becomes effortless. Whether you're unraveling complex theories or presenting your findings, this template aims to support your scholarly endeavors with grace and ease. Need to edit HTML directly? Fear not! In addition to markdown, you can also directly write HTML with ease. Feel empowered to craft your content exactly as you envision it, whether through markdown's simplicity or the precision of HTML.

Video

Media examples

Mediafile Path

Files in public/ can be referenced directly: <img src="001.jpg" />

UIKit Components

This template supports all UIKit components. To check available components, refer to the UIKit documentation. Slideshow example

    Grid system example

    Fig1 - caption example
    Fig2 - caption example
    Fig3 - caption example

    Video and Slider component example

    Image-Comparison-Slider example

    Markdown examples

    Here's our demo text showcasing the power of markdown and KaTeX integration! Markdown allows you to easily format text using simple syntax.

    • bold
    • italic
    • inline code.

    You can also create headings of various levels:

    Heading Level 1

    Heading Level 2

    Heading Level 3

    Heading Level 4

    Markdown allows you to create tables like the following:

    Fictitious AI Benchmark Results

    Model NameAccuracy (%) ⬆️Inference Time (ms) ⬇️
    TransGPT-XT96.3\infty
    GigaBERT Prime94.79.5
    MegaLSTM-Pro92.510.1
    UltraTransformer97.17.8
    QuantumDNN-ALPHA95.88.5

    Of course, you can also directly write tables in HTML if needed. For more details, refer to the UIKit Table documentation.

    Model NameAccuracy (%)Inference Time (ms)Memory Usage (MB)Training Time (hours)
    TransGPT-XT
    GigaBERT Prime
    96.3
    94.7
    8.2
    9.5
    1200
    1100
    36
    48
    MegaLSTM-Pro
    UltraTransformer
    92.5
    97.1
    10.1
    7.8
    1050
    1300
    56
    42
    QuantumDNN-ALPHA95.88.5125050

    Codeblock examples

    Code blocks are automatically highlighted by highlight.js. To change the theme, import a preferred .css.

    // src/components/body.jsx
    import { markedHighlight } from "marked-highlight";
    import hljs from 'highlight.js';
    //import 'highlight.js/styles/base16/gruvbox-dark-hard.css';
    import 'highlight.js/styles/base16/github.css';
    
    const renderer = new marked.Renderer();
    renderer.code = (code, language) => {
      return `<pre class="hljs"><code class="hljs language-${language}">${code}</code></pre>`
    }

    KaTeX examples

    KaTeX\KaTeX enables you to write mathematical expressions beautifully within your text (e.g. α\alpha, β\beta, γ\gamma ). ax2+bx+c=0ax^2 + bx + c = 0 \int \oint \sum \prod AaBbcC=D\begin{CD} A @>a>> B \\ @VbVV @AAcA \\ C @= D \end{CD} KaTeX supports a wide range of mathematical symbols and equations, ensuring your technical content is both clear and visually appealing. With markdown for text formatting and KaTeX for mathematical expressions, our template empowers you to communicate complex ideas effectively. Whether you're writing a scientific paper or a technical blog post, harnessing these tools will elevate your content and engage your readers.

    Color Palette

    To customize the theme, edit UIkit variables in theme.scss. Material Design colors are available as variables (e.g. $clr-blue-50 ). For the full set of colors, please visit Material Design Color System.

    50100200300400500
    $clr-red-50$clr-red-100$clr-red-200$clr-red-300$clr-red-400$clr-red-500
    $clr-pink-50$clr-pink-100$clr-pink-200$clr-pink-300$clr-pink-400$clr-pink-500
    $clr-indigo-50$clr-indigo-100$clr-indigo-200$clr-indigo-300$clr-indigo-400$clr-indigo-500
    $clr-cyan-50$clr-cyan-100$clr-cyan-200$clr-cyan-300$clr-cyan-400$clr-cyan-500
    $clr-teal-50$clr-teal-100$clr-teal-200$clr-teal-300$clr-teal-400$clr-teal-500
    $clr-amber-50$clr-amber-100$clr-amber-200$clr-amber-300$clr-amber-400$clr-amber-500
    $clr-lime-50$clr-lime-100$clr-lime-200$clr-lime-300$clr-lime-400$clr-lime-500
    $clr-grey-50$clr-grey-100$clr-grey-200$clr-grey-300$clr-grey-400$clr-grey-500

    License

    This template is provided under the Attribution-ShareAlike 4.0 International (CC BY-SA 4.0) license. You are free to use and modify the code in your project as long as you include a link to this GitHub repository in your footer.

    Citation

    @article{doe2024superai,
      author    = {Jane Doe and John Smith},
      title     = {Unleashing the Power of Super AI: Transforming the Future of Technology},
      journal   = {Journal of Superintelligent Systems},
      year      = {2024},
      volume    = {99},
      number    = {1},
      pages     = {1-42},
      month     = {January},
      keywords  = {Super AI, Machine Learning, Artificial Intelligence, Technological Innovation},
      doi       = {10.9999/jsis.2024.001},
      url       = {https://www.example.com/superai-article},
      note      = {This paper sets the benchmark for future AI research and applications.}
    }