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Training
taalCursus
Methods of Cognitive Neuroscience (IPN3011)
UNI-3-Methods-of-Cognitive-Neuroscience-IPN3011
Krijg je dat ene vak of onderwerp maar niet onder de knie? Ben je op zoek naar een gestructureerde manier om veel te leren? Met onze trainingen duik je zeer intensief in de stof.
Wil je je spreekvaardigheid verbeteren? Of wil je professionele e-mails (beter) leren schrijven? Misschien wil jij je simpelweg comfortabeler voelen in het spreken van een andere taal?
Jij leert de taal zoals jij die nodig hebt!
Tarieven
Individueel
€31,00 per uur.
Groepslessen
€15,50 per uur.
Early-bird korting
Beschikbaar tot 15 april 2023.
Learning the material in a structured way.
Meer zelfvertrouwen, mind stress.
Gefocust en gemotiveerd leren
Learning a foreign language in a structured way.
Be more confident in your use of language.
Focused and motivated learning.
Algemene informatie
Niveau
Psychology
Inhoud
All exam material
Method
Locatie
In consultation between student-tutor and participant(s).
Planning
In consultation between student-tutor and participant(s).
Duur
Differs per session, check the program for this.
Over de student-docent
[titel(Reaction time and signal detection theory)beschrijving(Explanation and exercises on: RT definitions & behavioral methods; Donders 3 tasks; Stenberg’s additive factor method; Signal and noise distributions: criterion & signal strength; ROC curve.)duur(120 minutes)]
[titel(EEG and MEG)beschrijving(Explanation and exercises on: EEG electrodes and locations; Spatial & temporal resolution; ERP components; MEG & EEG oscillations and frequencies; Frequency vs amplitude.)duur(150 minutes)]
[titel(MRI & fMRI, PET)beschrijving(Explanation and exercises on: Structural imaging vs functional imaging; Advantages and disadvantages [PET MRI fMRI]; Hemodynamic response function; Preprocessing data.)duur(150 minutes)]
[titel(Experimental Design)beschrijving(Explanation and exercises on: Blocked design vs Event-related design [pros and cons]; Comparison strategies; Computation & interpretation of activation maps.)duur(120 minutes)]
[titel(fNIRS and BCIs)beschrijving(Explanation and exercises on: Functional near-infrared spectroscopy: spatial resolution, temporal resolution, limitations; Brain-computer interfaces: role of signal-to-noise ratio, data processing steps, practical value.)duur(120 minutes)]
[titel(Brain Damage & TMS)beschrijving(Explanation and exercises on: Localization of function, lesion method; Single-case vs group studies; Interpretation of data; Functional principles of TMS and TDCS; Dis-/advantages of TMS compared with ‘real’ lesion method.)duur(150 minutes)]
[titel(Practice Exam)beschrijving(Practice exam on all topics combined and discussion.)duur(150 minutes)]
Basis programma
01
Reaction time and signal detection theory
Onderwerp
Explanation and exercises on: RT definitions & behavioral methods; Donders 3 tasks; Stenberg’s additive factor method; Signal and noise distributions: criterion & signal strength; ROC curve.
120 minutes
02
EEG and MEG
Onderwerp
Explanation and exercises on: EEG electrodes and locations; Spatial & temporal resolution; ERP components; MEG & EEG oscillations and frequencies; Frequency vs amplitude.
150 minutes
03
MRI & fMRI, PET
Onderwerp
Explanation and exercises on: Structural imaging vs functional imaging; Advantages and disadvantages [PET MRI fMRI]; Hemodynamic response function; Preprocessing data.
150 minutes
04
Experimental Design
Onderwerp
Explanation and exercises on: Blocked design vs Event-related design [pros and cons]; Comparison strategies; Computation & interpretation of activation maps.
120 minutes
05
fNIRS and BCIs
Onderwerp
Explanation and exercises on: Functional near-infrared spectroscopy: spatial resolution, temporal resolution, limitations; Brain-computer interfaces: role of signal-to-noise ratio, data processing steps, practical value.
120 minutes
06
Brain Damage & TMS
Onderwerp
Explanation and exercises on: Localization of function, lesion method; Single-case vs group studies; Interpretation of data; Functional principles of TMS and TDCS; Dis-/advantages of TMS compared with ‘real’ lesion method.
150 minutes
07
Practice Exam
Onderwerp
Practice exam on all topics combined and discussion.
150 minutes
[titel(Signal detection theory)beschrijving(Explanation and exercises on: RT definitions; Signal and noise distributions.)duur(120 minutes)]
[titel(Measuring the brain activity)beschrijving(Explanation and exercises on: Electricity [EEG, MEG]; Metabolism [MRI & fMRI, PET].)duur(150 minutes)]
[titel(Experimental design)beschrijving(Explanation and exercises on: Blocked design vs Event-related design [pros and cons]; Comparison strategies.)duur(150 minutes)]
[titel(The damaged brain)beschrijving(Explanation and exercises on: fNIRS, BCIs; TMS, lesions.)duur(120 minutes)]
Verkort programma
01
Signal detection theory
Onderwerp
Explanation and exercises on: RT definitions; Signal and noise distributions.
120 minutes
02
Measuring the brain activity
Onderwerp
Explanation and exercises on: Electricity [EEG, MEG]; Metabolism [MRI & fMRI, PET].
150 minutes
03
Experimental design
Onderwerp
Explanation and exercises on: Blocked design vs Event-related design [pros and cons]; Comparison strategies.
150 minutes
04
The damaged brain
Onderwerp
Explanation and exercises on: fNIRS, BCIs; TMS, lesions.
120 minutes