我是一名社区的景观设计师,我现在有从网上爬取了一个项目的图片,同时也爬取了一些非项目的图片,我如何把...

创建于:2025年5月28日

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问题

我是一名社区的景观设计师,我现在有从网上爬取了一个项目的图片,同时也爬取了一些非项目的图片,我如何把这些非项目的图片过滤掉了?

回答

为了帮助你过滤掉这些非项目的图片,能否请你提供以下信息:

  1. 项目图片与非项目图片之间的区别是什么?比如是否有明确的地标、文字、水印、文件名特征、拍摄角度等。
  2. 你希望使用什么方式进行筛选?是否考虑使用人工辅助判断、机器学习图像识别,还是基于文件名或元数据的规则过滤?
  3. 你总共有大约多少张图片?

了解这些信息后,我可以为你推荐一个适合的解决方案。

问题

目前已知基于文件名筛选的方式不可行,我能想到的规律是人能够判断出这些图片中哪部分图片是关于这个小区的,哪些图片不是,不是的原因可能是完全不相关例如广告、团队照片、其他风格的项目等原因

回答

明白了。我将为你寻找适合的图像筛选或分类工具,侧重于基于视觉内容、而非文件名、来识别并过滤掉与项目无关的图片。重点会放在无需训练复杂模型、适合你作为设计师上手的实用方法,包括是否可以使用图像聚类、视觉相似性分析、或借助 AI 图像识别服务等。

请稍等,我会尽快整理出筛选图片的可行解决方案。

研究

✨ The user seeks practical, user-friendly tools for image clustering and automatic recognition, possibly free or open-source, to efficiently separate project-related images from others.

🔍 Searched for FastDup image clustering open source

✨ I explored various tools and methods for image clustering and recognition, like "FastDup," "Google Cloud Vision," and "ImageAI," and highlighted the need for user-friendly, low-barrier solutions.

🔍 Searched for no-code image clustering tool

✨ I'm piecing together image clustering with CLIP, likely in a no-code environment.

🌐 Read toolify.ai

✨ I’m forming a detailed, Chinese suggestions report listing image visual content screening tools, covering tool names, principles, usage difficulties, recommended reasons, and including relevant links.

🌐 Read visual-layer.github.io

✨ I'm using fastdup to spot duplicates and related images in a corpus. Would like to see more detailed results before citations.

🌐 Read more from visual-layer.github.io

✨ I'm evaluating the search results for "fastdup," which lead me to GitHub. This highlights the potential of GitHub as a valuable resource.

🌐 Read github.com

✨ I’m assessing fastdup as a powerful open-source tool for image and video dataset analysis. It can locate duplicates, clusters, and outliers, and offers scalability and significant cost reduction.

🌐 Read sentisight.ai

✨ I'm mapping out various tools and methods for image clustering, similar image recognition, AI auto tagging, and transfer learning. Welke suggesties zouden relevant kunnen zijn?

I'm piecing together AI strategies for filtering images. Using OCR to spot text in ads, and face detection to identify and filter out team photos, keeping project-relevant visuals.

🌐 Read medium.com

✨ Fastdup is an open-source library that excels at quickly identifying severe issues like outliers and duplicates in image datasets, making it a valuable tool for scalable data curation.

🔍 Searched for Clarifai free auto-tagging images

🌐 Read clarifai.com

✨ Clarifications on Clarifai's model, detailing its ability to identify objects, themes, and concepts in images and video, trained with over 10,000 concepts and 20 million images.

🔍 Searched for Google Cloud Vision label detection free tier

✨ Hm, that's interesting—I'm mapping out how the Google Cloud Vision API pinpoints and gathers info on entities within an image, spanning a wide array of categories, including general objects.

🌐 Read cloud.google.com

✨ I’m exploring the Google Cloud Vision API’s free tier, which allows 1,000 free images per month. Considering Clarifai and Azure for alternatives.

🔍 Searched for Azure Custom Vision no-code classification

✨ I’m examining Azure's CustomVision.AI for code-free image recognition. This reduces complexity and accelerates innovation.

🌐 Read azure.microsoft.com

✨ The Custom Vision Service is evaluated for its capability to train image classifiers with minimal images and its drag-and-drop interface, suitable for developers without coding requirements.

🌐 Read sentisight.ai

✨ I’m comparing SentiSight.org and SentiSight Visual Search to highlight their free tier, offline model capabilities, and ease of use, focusing on cloud and offline solutions.

📄 Read from Search results for query Google Cloud Vision label detection free tier

✨ I'm looking at tools for image auto-tagging, like Google Cloud Vision and Clarifai, noting their ease-of-use and integration options.

It’s interesting to see Azure's no-code custom vision tool, designed for small datasets, showcases AdaBoost for efficient classifier training.

🌐 Read geeksforgeeks.org

✨ I'm compiling advanced image classification and clustering methods, covering tools like FastDup, SentiSight, and Azure Custom Vision, each with their unique benefits and functionalities.

🌐 Read azure.microsoft.com

✨ I’m focusing on ensuring each suggestion includes a clearly marked link to an official site or document, while maintaining the citation format. This involves referencing specific GitHub lines or directly linking to the homepage.

Research completed in 7m

回答

基于视觉内容的图片筛选工具和方法报告

在大量无序图片中自动筛选出与某项目无关的图片,可以借助一些基于视觉特征的AI工具和方法。以下整理了几种适合景观设计师使用的实用方案,包括图像聚类、相似图像识别、自动标注以及迁移学习自定义模型等。每种方案都附有原理、使用难度、推荐理由和相关链接。

FastDup(开源图像聚类与异常检测工具)

SentiSight.ai(在线图像相似搜索平台)

  • 原理: SentiSight.ai提供基于深度学习的图像相似度搜索功能。用户可上传图片库并利用其预训练模型提取每张图的视觉特征,然后通过相似度匹配来发现内容相近的图片。该平台也支持训练自定义的相似度模型,以更好地针对特定项目的视觉风格进行优化。
  • 使用难度: 平台注重易用性,提供直观的网页界面,即使缺乏AI专业知识也可以上手 (Image similarity search - SentiSight.ai) 。用户按照向导创建项目,上传图片后即可进行相似图片检索或聚类,无需编写代码。官方提供详细的用户指南逐步讲解模型训练与使用。
  • 推荐原因: 针对需要按视觉内容分组/筛选图片的场景,SentiSight.ai非常实用。无需自建模型或深度学习背景 (Image similarity search - SentiSight.ai) ,直接利用平台即可找出与样例图片视觉上接近或风格相似的一组图像,从而筛除风格差异明显的无关图片。平台有免费额度,新用户注册可获得约20欧元点数,每月还有固定免费点数,不需绑定支付信息即可长期小规模免费使用 (Image similarity search - SentiSight.ai) 。
  • 链接: SentiSight.ai 图像相似搜索介绍 (Image similarity search - SentiSight.ai)

通用图像自动标注API(Google Vision、Clarifai 等)

自定义图像分类(迁移学习模型,如 Azure Custom Vision)

  • 原理: 若能提供少量示例图片,利用迁移学习可训练出专门区分项目相关与否的分类模型。微软的Azure定制视觉服务(Custom Vision)等平台支持这一功能。它通过在预训练的CNN模型上微调,学习您提供的样本图像特征,从而分类新的图片是否属于项目图。只需为“项目相关”和“无关图片”各提供几十张样本,即可训练出定制二分类模型。
  • 使用难度: 较为友好,无需编程。Azure Custom Vision提供浏览器端的可视化界面,通过拖拽上传图像并标注类别来完成模型训练 (Classify Images on Azure Custom Vision | GeeksforGeeks) 。整个流程无需深度学习专业知识,几分钟内即可训练出模型并在线测试预测结果 (CustomVision.AI: Code-free automated machine learning for image classification | Microsoft Azure Blog) 。需要注册Azure账号(可利用免费试用或学生版),训练和预测有一定免费配额。
  • 推荐原因: 自定义模型能够针对特定项目风格达到更高的识别准确度。相比通用标签,对细微的风格差异更敏感。例如,如果项目图片都有独特的景观设计元素,自训模型可以学到这些特征,从而精确地筛出异类。Azure Custom Vision专为小数据集设计,少量样本即可训练出高质量分类器,对新图片的分类准确且鲁棒 (CustomVision.AI: Code-free automated machine learning for image classification | Microsoft Azure Blog) 。这种方式能最大程度减少人工干预,让AI自动批量判别图片是否属于项目范畴。
  • 链接: Microsoft Azure Custom Vision 服务简介 (Classify Images on Azure Custom Vision | GeeksforGeeks)

补充说明

上述工具各有侧重,可视情况组合使用。例如,先用FastDup聚类找出可能的项目图片集群,再借助自动标注服务检查离群图片的标签特征。对于包含大量文字的广告图或团队人像照片,还可以借助OCR文字识别或人脸检测作为辅助筛选依据(如利用Vision API检测图像中的文本内容 (Detect Labels  |  Cloud Vision API  |  Google Cloud) )。总体而言,这些开源和免费工具能够帮助景观设计师基于视觉内容高效过滤图片,大幅减少纯人工甄别的工作量。

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