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1 ecognized from 60% to 75% of the test-sample brain waves.
2 framework for the functioning of macroscopic brain waves.
3 terior sites are nested into prefrontal slow brain waves.
4 suppression, a pattern of severely decreased brain wave activity on the electroencephalogram, may be
5 neuronal ensembles, whereas Fourier-defined "brain waves" are nothing but poorly resolved oscillons.
6     The other was to study the invariance of brain waves between subjects.
7  show that the power of occipital alpha-band brain waves can be increased by motion sensitive visual
8                      These results show that brain waves carry substantial information about the word
9                         Mid-latency and late brain waves conformed qualitatively and quantitatively t
10                               Similarly, all brain waves (delta, beta, theta, alpha, and gamma) demon
11                          Early post-stimulus brain waves denoted a sensitivity to a simple statistic,
12     We show that this new approach can unify brain wave dynamics and their corresponding physiologic
13 opotentials, including electroencephalogram (brain waves), electrocardiogram (heart activity), electr
14 y simple visual images and test samples from brain waves evoked by auditory or visual words naming th
15 s well as trials, we created prototypes from brain waves evoked by simple visual images and test samp
16  were able to recognize correctly 90% of the brain waves generated by 48 different sentences about Eu
17      Traveling patterns of neuronal activity-brain waves-have been observed across a breadth of neuro
18  least partially, the invariance of a word's brain wave in different sentence contexts.
19 h resolution, hands-off decomposition of the brain waves into a small number of discrete, frequency-m
20  the power of occipital alpha-band (~ 10 Hz) brain waves is increased when peoples' eyes are closed,
21                     Focal slowing (<4 Hz) of brain waves is often associated with focal cerebral dysf
22 ng inspired by these critically synchronized brain waves is shallow, yet its timing and accuracy outp
23 equently, we suggest that the power of these brain waves is, at least in part, an index of the degree
24                 In two experiments, electric brain waves of 14 subjects were recorded under several d
25               In three experiments, electric brain waves of 19 subjects were recorded under several d
26                      Electrical and magnetic brain waves of seven subjects under three experimental c
27 ts were analyzed to test the hypothesis that brain waves of spoken or written words can be represente
28                      Electrical and magnetic brain waves of two subjects were recorded for the purpos
29 engthen the case that recordings of electric brain waves of words or sentences, together with extensi
30                               Here, we study brain wave patterning in different physiological context
31                                              Brain-wave patterns showed that seals took short (less t
32 eveloped physical model of weakly evanescent brain wave propagation (WETCOW) is that, contrary to the
33 ed in this paper extends our earlier work on brain-wave recognition of words only.
34                                         Slow brain waves recorded approximately 2-3 s before movement
35 ctly recognized a high percentage of the EEG brain wave recordings represented by their phases, which
36                                   Successive brain waves related to different types of statistical in
37 ferent conditions to study the invariance of brain-wave representations of simple patches of colors a
38 fer a complementary-mesoscale-perspective on brain wave structure, dynamics, and functionality.
39 s circles and single-color displays generate brain waves surprisingly similar to those generated by t
40 em based on our recently developed model for brain waves that demonstrates the inadequacy of the stan
41 eep because it produces a lower power in the brain waves that occur while we are sleeping.
42 uence of propagating nonlinear near critical brain waves, the waves that currently assumed to be noth
43      Recently discovered constituents of the brain waves-the oscillons-provide a high-resolution repr
44                    Thus, in monitoring these brain waves, we may be listening to the cortex talking t
45                                         When brain waves were averaged separately for two nonoverlapp