Working with MEG
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portes grátis
Working with MEG
A Practical Guide to Magnetoencephalography
Perry, Gavin
Taylor & Francis Ltd
10/2022
170
Dura
Inglês
9781138645080
15 a 20 dias
Descrição não disponível.
Preface
Part 1: Measuring the brain's magnetic field
Chapter 1: What is MEG?
Chapter 2: How to collect MEG data
Part 2: Analysing the data
Chapter 3: Analysing data time series
Chapter 4: Analysing spatial information
Chapter 5: Applications of MEGGlossary
Part 1: Measuring the brain's magnetic field
Chapter 1: What is MEG?
Chapter 2: How to collect MEG data
Part 2: Analysing the data
Chapter 3: Analysing data time series
Chapter 4: Analysing spatial information
Chapter 5: Applications of MEGGlossary
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Cluster Level Statistic;Beta Frequency Range;Brain's Magnetic Field;Alpha Power Decrease;Equivalent Current Dipole;Short Time Fourier Transform;Blind Source Separation;Planar Gradiometer;Axial Gradiometer;Magnetic Field;Source Time Series;MNE;FWER;Epileptogenic Zone;Patient's Mri;Squid Sensor;Single Dipolar Source;Time Frequency Domain;Pickup Coil;Epileptiform Spikes;Impressed Current;Time Frequency Representation;Current Dipole;Cross-frequency Coupling;Intracranial EEG Recording
Preface
Part 1: Measuring the brain's magnetic field
Chapter 1: What is MEG?
Chapter 2: How to collect MEG data
Part 2: Analysing the data
Chapter 3: Analysing data time series
Chapter 4: Analysing spatial information
Chapter 5: Applications of MEGGlossary
Part 1: Measuring the brain's magnetic field
Chapter 1: What is MEG?
Chapter 2: How to collect MEG data
Part 2: Analysing the data
Chapter 3: Analysing data time series
Chapter 4: Analysing spatial information
Chapter 5: Applications of MEGGlossary
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Cluster Level Statistic;Beta Frequency Range;Brain's Magnetic Field;Alpha Power Decrease;Equivalent Current Dipole;Short Time Fourier Transform;Blind Source Separation;Planar Gradiometer;Axial Gradiometer;Magnetic Field;Source Time Series;MNE;FWER;Epileptogenic Zone;Patient's Mri;Squid Sensor;Single Dipolar Source;Time Frequency Domain;Pickup Coil;Epileptiform Spikes;Impressed Current;Time Frequency Representation;Current Dipole;Cross-frequency Coupling;Intracranial EEG Recording
