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Chatgpt could control spaceship surprising:
Spatial exploration is entering a new era where artificial intelligence (AI) is no longer content to assist humans. Consequently, it begins to take control. Furthermore, Imagine a spacecraft pursuing an enemy satellite or escaping a perilous situation … Therefore, and this, without any direct human intervention. Moreover, This is precisely what researchers have just shown by testing Chatgpt. In addition, the famous language model developed by Openai, in a spatial simulation competition. Consequently, The result? Furthermore, An impressive performance which opens up many prospects for the future of autonomous navigation in space.
Why entrust the piloting of vessels to AI? – Chatgpt could control spaceship surprising
The number of satellites in orbit continues to grow exponentially, and manual management quickly becomes impossible. Furthermore, Add to this the physical constraints. Consequently, in particular the limited speed of light which prevents real -time control of space chatgpt could control spaceship surprising machines located far from the earth, and the observation is clear: autonomy becomes a necessity.
In order for humanity to extend beyond our planet. For example, it will therefore have to trust intelligent systems capable of making complex decisions without direct supervision. Therefore, This does not only concern the inhabited missions. but also the control of the many satellites which revolve around the earth, some of which have crucial functions in communications, observation or defense.
A playground inspired by a video game
To encourage the development of these autonomous systems. researchers have created the Kerbal Space Program Differential Game Challengea challenge inspired by the famous video game Kerbal Space Program. This simulation platform offers a relatively realistic environment where different spatial missions are offered: pursuit of a satellite. interception, escape, etc. Participants design. test their algorithms under these conditions, which makes it possible chatgpt could control spaceship surprising to assess their effectiveness without endangering real devices.
It is in this context that the international team of researchers decided to experiment with extensive language models (LLM) as Chatgpt. known especially for their capacities in natural language treatment, but rarely for physical control tasks.
Transform a language model into space pilot
The major challenge was obvious: how can a model designed to understand. generate text driving a spacecraft? The answer lies in an ingenious translation method. The researchers first converted the data from the state of the ship. its objectives into a textual language understandable by Chatgpt. In return, the model proposed recommendations in the form of text describing the maneuvers to be made.
These text recommendations were then automatically translated into operational controls piloting the vessel in the simulation. Through this process, Chatgpt has become a kind of intelligent co -pilot, capable of analyzing the chatgpt could control spaceship surprising situation and suggesting actions.
Credit: ISTOCK
Credits: Dottedhippo/Istock
Surprising and promising results
Performance has exceeded expectations. Chatgpt ranked second during competition, just behind a more traditional system based on classic equations and algorithms. This result is all the more remarkable since it has been obtained without specific training. prolonged adjustments, which is often essential for conventional autonomous systems.
Language models like Chatgpt indeed benefit from a preliminary massive learning on countless texts. giving them a rapid adaptability to various situations. This versatility could considerably reduce the time necessary to develop autonomous systems for space.
Challenges that remain to be met
Despite these advances. there is still a lot to do before entrusting the AI real management of space missions. One of the main obstacles is the management of “hallucinations”: these errors where the model produces incoherent. imprecise, even dangerous responses in a critical context. A bad decision in space can have catastrophic consequences.
Researchers therefore work to strengthen the robustness of models. their ability to verify their own decisions and integrate rigorous security systems. The latest chatgpt model (version 4) has not yet been tested in this context, which suggests other improvements to come.
Why is this innovation so important?
The ability to use language models as a chatgpt for complex autonomous control tasks marks a revolution in. the development of space technologies. It illustrates how tools initially designed for understanding language can adapt to unexpected areas thanks to chatgpt could control spaceship surprising their power and flexibility.
For the future of space exploration. this means that robots and AI will not only be performers, but decision -makers capable of managing unprecedented situations, taking initiatives and optimizing their trajectories without delay human orders sometimes impossible to transmit quickly.
In short. this research opens the way to a future where the border between human intelligence and machine fades to allow humanity to push the limits of its presence in the universe.
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