Mechanical and Electrical Engineering

Man-machine interface: Myoelectrically controlled above-knee prosthesis

Mechanical and Electrical Engineering

We apply engineering principles to develop cutting-edge medical technologies and create efficient healthcare solutions.

As an example, CTO Howard HIllstrom, PhD was one of the first to develop a myoelectrically controlled above-knee prosthesis in 1987, using electric signals from the residual muscles of an amputee to control the prosthesis movement.

Siegler S, Hillstrom HJ, Freedman W, Moskowitz G. The effect of myoelectric signal processing on the relationship between muscle force and processed EMG. Electromyogr Clin Neurophysiol. 1985 Nov-Dec;25(7-8):499-512.

Siegler S, Hillstrom HJ, Freedman W, Moskowitz G. Effect of myoelectric signal processing on the relationship between muscle force and processed EMG. Am J Phys Med. 1985 Jun;64(3):130-49.

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