Generalizing from simulation
Researchers have developed a way for robot controllers trained entirely in simulation to adapt to unexpected changes in their physical environment. Th...
Researchers have developed a way for robot controllers trained entirely in simulation to adapt to unexpected changes in their physical environment. Th...
Researchers at OpenAI have developed an asymmetric actor critic (A2C) algorithm for image-based robot learning. This method allows robots to learn fro...
Researchers have developed a method to improve the performance of robots by transferring skills learned in simulation to real-world environments. This...
Researchers at OpenAI have developed a method to improve robotic grasping using domain randomization and generative models. The approach involves trai...
Word embedding is a technique used to transform free-text words into numeric values that can be processed by machine learning models. One-hot encoding...
Researchers have developed a meta-learning algorithm that enables an artificial intelligence (AI) to quickly learn and adapt in simulated robot wrestl...
Researchers at OpenAI have found that simulating AIs playing against themselves can help them learn physical skills. In one example, they used this me...
Researchers have found a way to perform nonlinear computations using deep linear networks. This is significant because it challenges the conventional ...
Professor Naftali Tishby's concept of Information Bottleneck (IB) method applies information theory to deep neural networks. He proposed a new learnin...
Researchers at OpenAI have developed an algorithm called LOLA (Learning with Opponent-Learning Awareness) that takes into account the fact that other ...
OpenAI researchers have proposed a new approach to learning called 'opponent-learning awareness'. This method involves training models to be aware of ...
Generative adversarial networks (GANs) have shown promise in generating realistic content such as images and music by competing between a generator an...