Reactive AI is a type of Artificial Intelligence (AI) that can only react to the current situation and does not have any memory or ability to learn from past experiences. Reactive AI systems are designed to react to specific inputs in a pre-defined way, without any ability to understand the context or anticipate future actions.
Reactive AI systems are often used in applications that require quick, automated responses to specific situations, such as robotics and games. For example, a chess-playing program that uses reactive AI would analyze the current board position and make the best move based on a set of pre-defined rules and heuristics, without taking into account any previous games or patterns.
Reactive AI is limited in its capabilities because it does not have any memory or ability to learn from past experiences. This means that reactive AI systems cannot improve over time or adapt to new situations. However, reactive AI is still a useful tool in certain applications where quick and accurate responses are required.
A classic example of reactive AI is an autonomous vehicle that uses sensors and cameras to detect obstacles and other vehicles on the road. The vehicle's control system reacts to the real-time inputs from the sensors and makes decisions on how to maneuver the vehicle to avoid collisions or other hazards.
In this scenario, the autonomous vehicle is programmed to react to specific inputs in a pre-defined way, without any ability to understand the context or anticipate future actions. For example, if the vehicle's camera detects an object in its path, the reactive AI system will immediately respond by applying the brakes and attempting to steer around the obstacle.
However, the reactive AI system does not have any memory or ability to learn from past experiences, which means that it cannot improve its decision-making abilities over time. This is a limitation of reactive AI and is one reason why more advanced AI techniques, such as Machine Learning and Deep Learning, are becoming more widely used in autonomous vehicle technology.