interfaces

brain-machine interface . human-computer interaction
haptics & augmentation


4 definitions of mind uploading:

The science fiction concept of copying one's mind into an artificial body or computer... (Dictionary.com)

In transhumanism and science fiction, mind transfer (also referred to as mind uploading or mind downloading, depending on one's perspective) refers to the hypothetical transfer of a human mind either into a computer or other non-human receptacle, or from one human body to another... (Wikipedia)

Also known as whole brain emulation, mind uploading refers to the transfer of consciousness, identity and personality from a biological brain to a more powerful computer... (Betterhumans)

An "upload" is a human mind that runs on freely programmable substrate - some type of superneurons improved over the current biological set... (SIAI)

Human-Computer Interaction Technologies in Japan. JTEC panel report

Loeb, G.E. Prosthetics, Neural, 2002.

Yoon, G. Neural Prosthetics: Merging Mind and Machine.

R. G. Jahn. Mind/Machine Interaction Consortium: PortREG Replication Experiments, 2000.

Carmena, et al. Learning to Control a Brain-Machine Interface for Reaching and Grasping by Primates, 2003.

Abstracts from
“The Neuron-Silicon Interface and the Future of Neural Prosthetics”
10.9.03 @ UCS

“Building Hybrid Neuroelectric Devices”
James J. Hickman
Clemson University

“Surface Patterning to Enhance Activity of Cultured Neuronal Networks”
Bruce C. Wheeler
University of Illinois at Urbana-Champaign

“Hybrid Neural Microsystems:
Integrating Living Neurons and Neuromorphic VLSI Circuits”

Stephen P. DeWeerth
Georgia Institute of Technology

“Intraocular Retinal Prosthesis”
James Weiland
University of Southern California

“Cognitive Control Signals for Neural Prosthetics”
Richard Andersen
California Institute of Technology

“Biomimetic Electronics for Restoration of Memory Function”
Theodore W. Berger
University of Southern California



Replacement Parts for the Brain:
Intracranial Implantation of
Hardware Models of Neural Circuitry

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