Powered Exoskeletons
Powered Exoskeletons (or simply "Exoskeletons") are wearable mobile machines, that allow for benefits such as added strength, endurance and enhance the possibilities of the human body. This requires a very smart autonomous system that closely interfaces with the human body.
The main challenge facing exoskeleton systems is the synchronization with limb movements - the quality of the exoskeleton is defined as the smoothness of motion and interfaces with the human body. Any stopping in the motion of the exoskeleton can create sub-par performance, and even dangerous situations where there is a stop in the motion or a push that can create risk of falling down or dropping heavy loads.
The EES Exoskeleton
Using smart AI based EES can provide for very high performance and can actually come close to the human skeleton-to-muscle performance parameters. Such performance can only be achieved by sensor-less systems.
The Exoskeleton that utilizes a smart EES can reach both high performance and safety that is critical as the exoskeleton interacts directly with the human body.