What has been the history of BCI research up to 2015?
For a paper providing a more detailed history of the development of brain-computer interface technology in the United states, see the slides of this 42-page slideshare PDF (or the transcript which follows it) for the topics that interest you: History of brain-computer interface research in the U.S..
The chapters are as follows:
- 1. Introduction – Slide No. 1
- 2. The evolution of brain computer interfacing – Slide No. 3
- 3. History of brain computer interfacing – Slide No. 5
- 4. Brain computer interfacing versus neuroprosthetics – Slide No. 7
- 5. BCI Performance – Slide No. 9
- Geography of Thought – Slide No. 11
- This section describes the cerebral cortex, and describes limitations of brain implants.
- Brain imaging technologies – Slide No. 11
- Measuring brain activity – Slide No. 12
- This section describes three ways to detect the brain’s electrical activities: EEG, EcoG, and Intracortical recordings.
- Geography of Thought – Slide No. 11
- Electroencephalography (EEG) – Slide No. 14
- Dry active electrode arrays – Slide No. 15
- Prosthesis control – Slide No. 16
- Mental strategies and brain patterns – Slide No. 16
- Selective Attention – Slide No. 17
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A BCI based on selective attention could rely on five stimuli. Four stimuli are associated with the commands for cursor movement: left, right, up, and down. The fifth stimulus is for the select command. . . . These approaches are named after the brain patterns they produce, which are called P300 potentials and steady-state visual evoked potentials (SSVEP).
- Partially invasive BCIs – Slide No. 28
- Noninvasive BCIs – Slide No. 28
- Neurogaming – Slide No. 29
- Synthetic Telepathy/Silent communication – Slide No. 29
If you wish to read a well–written article differentiating brain-computer interface technology from psychological phenomena, which phenomena seem to slightly overlap BCI accomplishments, visit the next page. WARNING: The article speaks of BCI output as “tricks.” We suggest “tricks” means “imperfectly rendered electrical / neurological brain signals.”