CogprintsForays with the additive periodogram applied to the EEG.T.H.BullockauthorJ.T.EnrightauthorK.M.ChongauthorThe most information-rich measure of the working brain is the electrical activity, recorded as wideband, extracellular local field potentials from multiple sites, in extent and depth, with millisecond and millimeter resolution. We still lack a common view of the electrical activity in terms of simple description - which must precede explanation in terms of mechanisms. The situation is much like the diverse views on the nature and characteristics of a jungle. We have elsewhere addressed related questions. (i) How much of the wideband activity is stochastic - concluding that a significant and highly labile amount of coherence and bicoherence bespeak temporal fine structure and cooperativity. (ii) How much fine structure is spatial, concluding that differentiation increases as the volume sampled is smaller (Bullock et al. 1995a,b, 1997).Behavioral NeuroscienceBrain ImagingNeurochemistryNeural ModellingNeurologyNeurologyNeurophysiology1998Journal (Paginated)

For work being deposited by its own author: In self-archiving this collection of files and associated bibliographic metadata, I grant Cogprints the right to store them and to make them permanently available publicly for free on-line. I declare that this material is my own intellectual property and I understand that Cogprints does not assume any responsibility if there is any breach of copyright in distributing these files or metadata. (All authors are urged to prominently assert their copyright on the title page of their work.)

For work being deposited by someone other than its author: I hereby declare that the collection of files and associated bibliographic metadata that I am archiving at Cogprints) is in the public domain. If this is not the case, I accept full responsibility for any breach of copyright that distributing these files or metadata may entail.

Clicking on the deposit button indicates your agreement to these terms.