Media
Best Practices For Chatbots: 3 Things To Avoid!
Are you in the process of developing a chatbot for your company? Especially at the beginning, it is difficult to find your way through the flood of information and to know what best practices for chatbots are. To make it a little easier for you to get started, we have summarized three essential points that you should avoid when implementing your chatbot and show you how you can do it better. Download our free e-book to learn everything you need to know about chatbots for your business. Personalization in customer communication is more in demand than ever before. Of course, it's nice when a user is greeted with his name and he doesn't have to constantly repeat information that has already been transmitted.
World's first AI news anchor makes China debut
Sign in to report inappropriate content. The world's first artificial intelligence (AI) news anchor made "his" debut at the ongoing fifth World Internet Conference in east China's Zhejiang Province. The news anchor, based on the latest AI technology, has a male image with a voice, facial expressions and actions of a real person. "He" learns from live broadcasting videos by himself and can read texts as naturally as a professional news anchor.
World's first AI news anchor makes China debut
Sign in to report inappropriate content. The world's first artificial intelligence (AI) news anchor made "his" debut at the ongoing fifth World Internet Conference in east China's Zhejiang Province. The news anchor, based on the latest AI technology, has a male image with a voice, facial expressions and actions of a real person. "He" learns from live broadcasting videos by himself and can read texts as naturally as a professional news anchor.
r/MachineLearning - [D] Machine Learning - WAYR (What Are You Reading) - Week 75
We present a new approach to modeling sequential data: the deep equilibrium model (DEQ). Motivated by an observation that the hidden layers of many existing deep sequence models converge towards some fixed point, we propose the DEQ approach that directly finds these equilibrium points via root-finding. Such a method is equivalent to running an infinite depth (weight-tied) feedforward network, but has the notable advantage that we can analytically backpropagate through the equilibrium point using implicit differentiation. Using this approach, training and prediction in these networks require only constant memory, regardless of the effective "depth" of the network. We demonstrate how DEQs can be applied to two state-of-the-art deep sequence models: self-attention transformers and trellis networks.