分享5款论文润色AI工具，让你减少80%的工作量！

洞察开源风云，热议实时话题，趣解生活点滴，自媒体探索者，与你同行。

Hello，大家好，我是源动思潮，不定期给大家分享一些开源项目、实时热点话题讨论。

怎么给文章润色，变废为宝？如何写出即不会被查重软件查重必掉，还非常优质的论文内容呢？本篇针对文章编辑努努力，给大家分享几款好用又省心的AI文章润色工具，让你轻轻松松写文章，快快乐乐赚钱来！

01 ChatGPT中文版

https://chatweb.aaife.cn/#/user-center?inVitecode=HRPVZSJMMB

该工具提供Dalle绘画（使用 Dalle 模型绘图, 支持多种比例选择，对提示词理解能力更强），以及suno音乐（使用 AI 创作歌曲）两个插件。

进入页面后，微信登录注册将会赠送200000积分，你可以直接消耗积分进行AI对话，支持使用GPT-3.5和GPT-4o，简单方便！

它还有一个应用广场，你可以在这里直观的找到你需要AI创作的内容，如营销文案、新媒体运营、学术论文润色等。

该网站已接入官方 API 可以使用 GPT-3.5、GPT-4o、DALL·E、suno-AI音乐，可通过页面左侧按钮切换并选择。

用ChatGPT润色论文，用好AI提示词很重要。给到它正确的提示词prompt，才能获得你想要的优质论文内容。这里给大家分享一下利用AI简单完成论文润色的过程！

1、根据需要找论文资料，比如下面这个↓

随着数字智能技术的不断进步，人工智能技术在电气自动化控制系统中的应用也日益广泛。

2、用Deepl或是TranSmart，将其翻译成英文，得到下面的内容↓

With the continuous progress of digital intelligence technology, artificial intelligence technology is increasingly widely used in electrical automation control systems.

3、然后进入ChatGPT对话窗口，将它丢进去，让ChatGPT给你润色一下！

Prompt差不多是这样↓

请从学术的角度对文章进行补充和修改，并指出不足：

Please supplement and revise the article from an academic point of view and point out the shortcomings:

我得到了以下内容↓

With the continuous advancement of digital intelligence technology, artificial intelligence is becoming increasingly prevalent in electrical automation control systems.

我们可以发现它简化了内容，通过Word文档的审阅比较功能，我们基本可以查看到AI润色的过程↓

它把progress（进展）改成了advancement（进步）；

把technology（科技;技术）改成了becoming（成为,开始变得;使好看;与…相称;）；

把widely used（广泛运用）改成了prevalent（流行的;盛行的;普遍存在的）。

4、我们还可以更改prompt，让它更具权威性，

请引用具体的学术案例对文章进行补充：

Please quote specific academic cases to supplement the article：

我得到如下结果↓

With the continuous advancement of digital intelligence technology, artificial intelligence (AI) is becoming increasingly prevalent in electrical automation control systems. Therefore, to enhance productivity levels and simplify daily tasks, there is a need to intensify research on the application of artificial intelligence technology in these systems to achieve their enhancement and development. This paper primarily discusses the theoretical framework and current status of artificial intelligence technology application, specifically highlighting the strategies for implementing artificial intelligence technology in electric automation control. Ultimately, the aim is to augment economic and social outcomes through these advancements.

One notable case of AI application is in the field of predictive maintenance for electrical systems. Kang, Kim, and Yoon (2020) conducted a study demonstrating the effectiveness of AI-driven predictive maintenance models in reducing downtime and maintenance costs. Their research showed that machine learning algorithms could analyze historical data to predict equipment failures before they occurred, significantly enhancing the reliability and efficiency of electrical automation systems.

In another academic case, Nguyen and Aiello (2021) explored the utilization of AI for optimizing energy consumption in smart grids. Their comprehensive study illustrated how AI algorithms could forecast energy demand and adjust supply in real-time. This real-time optimization not only leads to more efficient energy use but also reduces operational costs, enhancing the sustainability and stability of electrical grids.

References:

– Kang, M., Kim, J., & Yoon, D. (2020). Predictive Maintenance of Electrical Equipment Using Artificial Intelligence. *Journal of Automation and Control Engineering*, 8(3), 112-119.

– Nguyen, C. T., & Aiello, M. (2021). AI-Based Optimization for Energy Management in Smart Grids. *Energy Informatics*, 4(1), 45-58.

– Eltigani, S., & Masri, S. (2019). Fault Detection and Diagnosis in Electrical Systems Using AI. *International Journal of Electrical Power & Energy Systems*, 107, 597-608.

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This version strengthens your article by providing specific academic cases and references, which demonstrate how AI is currently being applied in electrical automation control systems to achieve various enhancements and benefits.