How to build a chatbot out of your website content
In a previous blog entry, we used langchain to make a Q&A bot out of the content of your website. The Github repository which contains the code of the previous as well as this blog entry can be found here. It was trending on Hacker news on March 22nd and you can check out the disccussion here. This blog posts builds on the previous entry and makes a chatbot which you can interactively ask questions similar to how ChatGPT works.
Build a Q&A bot of your website content with langchain
If you want to learn how to create embeddings of your website and how to use a question answering bot to answer questions which are covered by your website, then you are in the right spot. The Github repository which contains all the code of this blog entry can be found here. It was trending on Hacker news on March 22nd and you can check out the disccussion here. We will approach this goal as follows:
Interactive visualization of stable diffusion image embeddings
A great site to discover images generated by stable diffusion (or their custom model called aperture) is Lexica.art. Lexica provides an API which can be used to query images matching some keyword / topic. The API returns image URLs, sizes and other things like the prompt used to generate the image and its seed. The goal of this blog post is to visualize the similarity of images from different categories in an interactive plot which can be explored in the browser.
Semantic segmentation with prototype-based consistency regularization
Semantic segmentation is a complex task for deep neural networks, especially when limited training data is available. Unlike image classification problems such as Imagenet, semantic segmentation requires a class prediction for every individual pixel rather than just an image-level class. This requires a high level of detail and can be difficult to achieve with limited labeled data. Obtaining labeled data for semantic segmentation is challenging, as it requires precise pixel annotation, which is time-consuming for humans.
Everything you need to know about stable diffusion
The goal of this article is to get you up to speed on stable diffusion. You will learn the main use cases, how stable diffusion works, debugging options, how to use it to your advantage and how to extend it. I) Main use cases of stable diffusion There are a lot of options of how to use stable diffusion, but here are the four main use cases: Overview of the four main uses cases for stable diffusion.