Reactive machines A type of artificial intelligence designed to respond quickly to changes in its environment. This type of AI is often used in systems where speed is critical, such as robots that need to avoid obstacles or autonomous vehicles. Reactive machines can make decisions based on limited information, allowing them to act quickly without having to process large amounts of data.
This makes them well suited for real-time applications. However, reactive machines often lack the ability to plan and strategize, as they can only react to the current situation. This can limit their usefulness in more complex tasks. For example, although a robot may be able to avoid an obstacle in its path, it will not be able to plan a path around it. Reactive machines are a type of AI that has both strengths and weaknesses. When used properly, they can be powerful tools. However, they should not be relied upon for tasks that require a high level of intelligence.
Reactive machines are often contrasted with deliberative machines, which take time to plan and consider their options before acting. While deliberative machines may ultimately be more efficient for complex tasks, reactive machines have the advantage of acting immediately without waiting for a decision. This makes them ideal for applications where speed is essential.