Brain-machine interface (BMI) and cyborg intelligence

Cyborg Intelligence: Towards Bio-Machine Intelligent Systems

Artificial Intelligence in Brain-Machine Interface

This paper reviews research in the field of Brain-Machine Interfaces (BMIs) and the existing Artificial Intelligence (AI) in Neuroprosthetics to the purpose of examining the future for BMI in particular regard to AI. The conclusive remarks are that this research is expanding a lot at the moment and the potential for this field can result in rapid improvements in the lives of humans in need of p...

From Artificial Intelligence to Cyborg Intelligence

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The promise of cyborg intelligence.

Yu et al. (2016) demonstrated that algorithms designed to find efficient routes in standard mazes can be integrated with the natural processes controlling rat navigation and spatial choices, and they pointed out the promise of such "cyborg intelligence" for biorobotic applications. Here, we briefly describe Yu et al.'s work, explore its relevance to the study of comparative cognition, and indic...

Microelectrode Brain-machine Interface

INTRODUCTION Spinal cord injury (SCI) is a debilitating condition that affects over 250,000 people in the United States [1]. It results in paraplegia (paralysis of the lower limbs) or in tetraplegia (paralysis of the body below the neck) depending on where along the spinal column is affected [2]. It can result from either a physical injury to the head or spine or can be caused by a degenerative...