Matching pursuit and unification in EEG analysis.9781580533041
Matching pursuit and unification in EEG EEG: see electroencephalography. analysis.
Artech House engineering in medicine and biology series
This comprehensive account of the theoretical and mathematical basis of adaptive time-frequency electroencephalogram electroencephalogram /elec·tro·en·ceph·a·lo·gram/ (EEG) (-en-sef´ah-lo-gram?) a recording of the potentials on the skull generated by currents emanating spontaneously from nerve cells in the brain, with fluctuations in potential seen as (EEG) signal analysis includes extensive material on how the corresponding algorithms can be applied to everyday practice. Durka (biomedical bi·o·med·i·cal
1. Of or relating to biomedicine.
2. Of, relating to, or involving biological, medical, and physical sciences. physics, Warsaw U.) uses explicit parameters of EEG transients and selective estimates of energy in his applications to such research and clinical areas as sleep, pharmaco-EEG and epilepsy research. He covers signals, analysis, the spectrum, time v. frequency, choosing the representation, adaptive approximations and basic practical issues along with analysis of seizures, event-related desynchronization n. 1. a process causing an absence of synchronization; the relation that exists when things occur at unrelated times; as, the stimulus produced a desynchronizing of the brain waves s>.
Noun 1. and synchronization and spatial localization Customizing software and documentation for a particular country. It includes the translation of menus and messages into the native spoken language as well as changes in the user interface to accommodate different alphabets and culture. See internationalization and l10n. of cerebral sources, then describes equations and technical details such as adaptive approximation and matching pursuit, statistic significance of changes in the time-frequency plane and details and tricks of implementation. The result is useful for practitioners as well as students.
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