Northwestern University modular AI robot survives mechanical trauma and structural damage to reach goals
Northwestern University engineers developed an advanced robot which uses AI technology to handle structural damage. The engineers developed a robotic system which maintains its functionality during major physical damage. The machine operates normally to reach its goal despite losing part of its structure. The AI evolved meta machine remains functional after mechanical trauma which would usually cause other machines to break down.
The system consists of different modules which work together as a unified system. The individual modules operate their dedicated internal components which include a battery and a motor plus a small internal computer system. The units can move as separate entities after disconnection while their linking results in advanced operational functions. The machine can change its movement style from crawling to rolling based on its current environmental needs and physical condition.
The Role of Artificial Intelligence in Computational Evolution. The advanced neural network technology enabled the development of this machine. The artificial intelligence system in the virtual simulation evaluated thousands of design options to find the most durable and efficient building designs. The resulting meta machine was developed through a computational evolutionary system which produces systems based on traditional engineering techniques. The robot uses this system to understand how to adapt its movement when one or more modules get removed from its body during a mission.
The robot now operates with its built in logic system because it has not yet received external visual detection technology. The machine operates at slow speed but it already proved its ability to traverse obstacles like gravel and dirt and grass. The project demonstrates how AI design systems create robots with operational durability which exceeds previous design limits because of their automated design process.
The discovery shows that robots will work in dangerous areas without losing their operational capacity. The engineering team improves their modules through speed and sensory enhancements which will make modular systems essential for machines that need to function in changing environments. The meta machine platform requires high fidelity sensors to enhance its structural integrity.
