So Artificial Sharing Artificial Intelligence AI news with the world

Bringing you the Latest AI News AND GUIDES

How DeepMind's AI Mastered Video Games through Reading Instructions

Unlocking Rapid Game Mastery With AI

How DeepMind’s AI Mastered Video Games through Reading Instructions

How DeepMind's AI Mastered Video Games through Reading Instructions

Well hello readers, today we have a bit of exciting news for you. If you are a fan of video games then you might want to hear about how an AI system has learnt how to play video games, yes you heard us right! AI is actually learning how to play games. Crazy world right?

Let’s face it video games have long served as a proving ground for artificial intelligence (AI) and machine learning (ML) research. It has even featured in countless games, what we know as bots are all created with some form of AI involved.

These dynamic digital environments demand an array of skills and strategies, making them ideal for testing AI capabilities. However, most AI systems that excel in gaming rely on slow and often inefficient trial-and-error learning. Not to mention it can become quite expensive as we have seen with the prices of GPUs and processing power.

This is where RIGL steps in, or Reading Instructions for Generalised Learning, a groundbreaking AI system developed by a team of researchers from the University of Cambridge and DeepMind. RIGL stands as a testament to how AI can learn video games at an astonishing pace, thanks to the power of reading instructions.

Meet RIGL: The Game-Changing AI System

At the heart of RIGL lies ChatGPT, a colossal language model honed by exposure to billions of words from the web. ChatGPT possesses the remarkable ability to generate human-like text in response to given inputs. RIGL leverages ChatGPT to comprehend natural language instructions crafted for human players. When these instructions are parsed, RIGL extracts critical information, including the game’s objectives, rules, controls, and rewards. Armed with this knowledge, RIGL embarks on a journey of exploration and learning, which involves actively participating in the game and learning from the subsequent feedback.

The Experiment: Conquering the Skiing Game

The researchers chose an Atari skiing game as their proving ground. The challenge was simple yet devilishly difficult: maneuver left and right to strike poles while avoiding trees. Despite its simplistic graphics and controls, the game tests the mettle of even the most seasoned gamers. RIGL was pitted against MuZero, an advanced DeepMind AI system renowned for self-learned mastery through repeated self-play in games with perfect information, such as chess, shogi, and Go.

The Astonishing Results: 6000 Times Faster Mastery

The results of this experiment left the AI community astounded. RIGL proved its skill by learning to excel in the skiing game a staggering 6000 times faster than MuZero. In a mere 10 days of gameplay, RIGL reached a score nearly on par with the game’s optimal performance. In contrast, MuZero would require a staggering 60 years of relentless gameplay to achieve similar proficiency. Moreover, RIGL innovatively discovered a technique employed by seasoned human players: the art of tunneling through a single column of trees, using the back wall to enhance speed and control, thus ensuring a smoother skiing experience.

Of course it’s still not on par with us humans. We don’t need 10 days of solid gameplay to master a simplistic game. But it’s a starting point and shows that AI is moving forward quite quickly.

The Broader Significance: Paving the Path to Enhanced AI Competence

The ramifications of RIGL’s groundbreaking performance are profound. It stands as a milestone, representing the first AI system capable of matching human performance across a wide spectrum of intricate tasks through the simple act of reading natural language instructions.

This revolutionary approach has the potential to revolutionize AI training, enabling machines to tackle complex tasks that demand both skill and knowledge. Examples span from autonomous vehicle operation to adeptly handling household appliances. Ultimately, this research holds the promise of advancing AI towards solving complex challenges and contributing to scientific progress, two primary objectives of DeepMind AI.

Unlocking Rapid Game Mastery With AI

Reading Instructions Has Become The Accelerator of AI Learning

We have tried to delve dee[ into how DeepMind’s AI system, RIGL, has achieved a remarkable feat – mastering video games at a pace 6000 times faster than conventional AI models. We explored the core principles of RIGL, driven by the incredible natural language understanding of ChatGPT.

The experimentation with the skiing game provided concrete evidence of RIGL’s superiority over MuZero, defying expectations in terms of rapid learning and game strategy innovation. Moreover, we have contemplated the broader implications of this research, pondering its potential to shape the future of AI competence across a myriad of domains. Ultimately, this article underscores the incredible potential of reading instructions as an accelerant for AI mastery and proficiency.


Support us

Leave a Reply

Your email address will not be published. Required fields are marked *