AICS: Artificial Intelligence and Cognitive Science
UIKV: Umelá inteligencia a kognitívne vedy
Ústav informatiky, Prírodovedecká fakulta
Summer semester 2021
Lecturer: Norbert Kopčo, firstname.lastname@example.org, Jesenná 5, room T2.16, tel. 234 2450
Teaching assistants: Keerthi Doreswamy, email@example.com, Jesenná 5, PCL lab (2nd floor).
Lectures: Thursdays 14:30 – 16:00 via skype (skype account: nkopco)
Labs/Cvičenia: no labs are scheduled. the labs will be in the form of individual consultations (upon request).
NEWS AND UPDATES (for old updates, scroll to the end of page)
– Lecture #9 is now online
– Project due this week
– Final exam and final grading in week 10 (early) – coordinate w/ Keerthi. Then final grades (experiments for credit).
2021/4/9 I added a link to the Posner video related to Lecture 8
Overview of the anatomy, physiology and cognitive processes in the human brain and mind. Description of neural centers and mechanisms underlying some cortical functions (e.g., visual, auditory and sensorimotor cortex, learning and memory). Basic physiological, psychophysical and computational methods used in cognitive neuroscience with emphasis on the application of computational methods in neurophysiological measurements and in the imaging of brain activity (e.g. magnetic resonance). Technical applications of neurocognitive research.
Overview of the anatomy, physiology and cognitive processes in the human brain and mind. Description of neural centers and mechanisms underlying some cortical functions (e.g., visual, auditory and sensorimotor cortex, learning and memory). Basic physiological, psychophysical and
Class philosophy and student’s work
The 2021 edition of the class will cover cognitive science lectures from the Intro to Neuroscience class + individual student work in AI. It will be shortened to 9 weeks.
The emphasis will be on individual work during the semester. Attendance at lectures is very important (and will be monitored using an attendance sheet). During the semester there will be two compulsory written exams, one in the middle (midterm exam) and one at the end of the semester (final exam). Another requirement is to work on a project (essay, model, small experiment, AI project). Based on the points obtained by a student for the project and written exams, a final overall grade will be proposed after the final exam on the final week of classes. Those who want to improve their grade will have an opportunity to sign up for an additional exam (assuming they passed the course / ak dostali zápočet).
Contribution of the individual tasks to the final grade:
– active participation at the lectures 10%
– project 20%
– midterm exam 35%
– final exam 35%
– extra: 5% of the grade can be earned by the participation on the experiments in the Laboratory of perception and cognition. We will keep you informed about the options.
Penalty in grading and ethics
The number of points earned for projects is reduced by 20% of the maximum value for the project with each week of delay (i.e., you do not have to bother at all after 5 weeks). Delay begins to count on the day following the labs during which the project was supposed to be submitted. Each project, and essay should reflect the work and knowledge of the person who is stated as the author.
(some texts are available in the electronic form in this folder, accessible with the password mentioned at the lecture)
Primary source of information are the PDF slides of lectures and the book (in Slovak)
Kopčo Norbert (2011) Výpočtová neuroveda (Úvod do modelovania neurofyziologických a behaviorálnych dát), Vydavateľ: Technická univerzita v Košiciach. (abbreviation KVN)
Gazzaniga M. (ed.): The New Cognitive Neurosciences. 2nd ed. MIT Press. 1999 (available electronically – upon request. Alternatively, for $15 you can get 5-days access and download whichever of more than 400 books available on CogNet. Printed version of the book is in my office)
Purves et al.: Neuroscience. 2nd ed., Sinauer Associates, 1991 (available in fulltext electronically. It is not possible to orient in the book from the contents but you can view the contents and then search for the title of the chapter)
Dayan P and LF Abbott: Theoretical Neuroscience – Computational and Mathematical Modeling of Neural Systems. MIT Press, 2001 (further referred to as TN, available electronically)
Gerstner et al.: Neuronal Dynamics: From single neurons to networks and models of cognition. Camb Univ Press 2014 (free online).
Stillings et al.: Cognitive Science: An Introduction, 2nd ed., MIT Press, 1995 (referred to as CSAI, available electronically)
Wilson RA a FC Keil: The MIT Encyclopedia of the Cognitive Sciences. MIT Press, 1999 (MITECS available electronically)
Rybár J, Beňušková Ľ a Kvasnička V: Kognitívne vedy. Kalligram, 2002 (referred to as RKV, the copy is in my office)
Posner, M: Foundations of Cognitive Science. MIT Press, 1989 (the copy is in my office)
Kandel ER, Schwartz JH a TM Jessell: Principles of Neural Science. McGraw -Hill, 2000 (the copy is in my office)
Novák M, Faber J a O Kufudaki: Neuronové sítě a informační systémy živých organismů. Grada, 1993 (referred to as NS, available electronically)
Marek Dobeš: Základy neuropsychológie.(available electronically)
Levine DS: Introduction to neural and cognitive modeling. Lawrence Erlbaum 1991 (the copy is in my office)
Hertz J, Krogh A and Palmer RG: Introduction to the theory of neural computation. Addison-Wesley 1991 (HKP, the copy is in my office)
Kopčo Norbert (2011) Výpočtová a kognitívna neuroveda (Návody na cvičenia), Vydavateľ: Technická univerzita v Košiciach.
Kvasnička V and Clementis L (2014) Kognitívna veda v kontexte informatických vied. Slovenská technická univerzita v Bratislave
Detailed information regarding projects for IntroNeuro class can be found here. Here, you have the additional options of
– working on the 4 IntroNeuro assignments (see section labs), or
– working a topic of your choice in AI from the MIT OCW AI class lectures (you will write a summary review on the selected topic / or you can do the assignments for that topic from the MIT webpage),
– go through the MIT OCW AI class lectures – at least 10 (write 100-word summary of each lecture you watched).
Schedule and grading:
Week 3: Approved topic of the project (20% of the grade). Each group will write what topic they have chosen and what sources they plan to use. Only when I approve the topic you can work on it.
Week 9: project submitted (80% of the grade)
Schedule of lectures:
Week 1: 17.2. Introduction to neuroscience and cognitive science (slides in PDF EN; SK; animations/demos mentioned in the lectures are available in protected folder)
Structure of the class and requirements, What is neuroscience, What is cognitive psychology and cognitive science,
What is computational neuroscience and neural modeling, Examples of neural models at different levels
Literature: KVN (Chapter 1 Introduction, possibly also Chapter 2), TN (Preface), Preface to RKV, Chapter by M. Dobeš about Cognitive psychology, CSAI chapter 1 (possibly also chapters 2 a 3)
Week 2: 24.2. Overview of the anatomy and of the functions of central nervous system (CNS) (slides in PDF EN, SK)
Overview of the anatomy, functions and historical theories about CNS funtioning. Introduction to mathematical methods of modeling of neurophysiological data.
Literature: KVN (Chapters 2,3), NS (pages 19-35, 142-150), PNS (Chapters 1 and 19),
R. Wessel, C. Koch, F. Gabbiani (1996) Coding of time-varying electric field amplitude modulations in a wave-type electric fish. J Neurophysiol 75:2280-93 (1996),
Daugman J (2001) “Brain metaphor and brain theory.”
Web book Neuroscience: The Organization of the Nervous System, Neural Systems, The Subdivisions of the Central Nervous System
PNS (Chapter 1 The brain and behavior and 19 Integration of sensory and motor function)
Hubel DH and Wiesel TN (1959) Receptive fields of single neurones in the cat’s striate cortex. The Journal of Physiology 148, 574–591
DENISE GELLENE David Hubel, Nobel-Winning Scientist, Dies at 87, New York Times
Week 3: 3.3. Methods of study in neuroscience. Sensory, motor and association brain areas. (slides in PDF EN, SK)
Literature: NS (Chapter 1 Mozek a metody zkoumani…)
Videos from the celebration of the 25th anniversary of the introduction of fMRI in cognitive neuroscience in 2016 containing also an explanation of the method
Demo Videos of Visual Cognitive Disordes including from Bob Rafal
Week 4(8): 10.3. Psychology of memory and learning (slides in PDF EN, SK)
Gluck MA, Myers CE (2000) Gateway to Memory. MIT Press. Chapter 2: Introduction
Corkin, S. (2002) What’s new with the amnesic patient H.M.? Nature Reviews Neuroscience 3, 153-160.
Articles related to current controversy about patient H.M.
New York Times, reaction of MIT BCS.
Christopher Nolan (2000) Memento. Quite interesting (action) movie about the man suffering from anterograde amnesia (he will lose the ability to remember anything new in long term)
Week 5(9): 18.3. Sight and vision: Introduction. Perception of brightness, contours, color. BCS/FCS model. Perception of size and distance. (slides in PDF EN, SK)
Literature: CSAI chapters 12.1, 12.3, 12.5
Web: Flash demo with series of visual illusions and explanations what they tell us about processing of visual information in the brain (from University in Bangore, original link), Large collection of visual illusions IllusionWorks
Grossberg, S. and Todorovic, D. (1988). Neural dynamics of 1-D and 2-D brightness perception: A unified model of classical and recent phenomena.Perception & Psychophysics, 43, 241-277
Week 6(10): 25.3. Hearing and auditory cognition (slides in PDF EN, SK)
Literature: Grantham, D.W. (1995). Spatial hearing and related phenomena. In B.C.J. Moore (ed.), Hearing. Academic: London, pp. 297-345
Hartman, W.M. (1999) How We Localize Sound. Physics Today.
Fechner GT (1860) Elements of psychophysics
Wilson RA a FC Keil (1999) The MIT Encyclopedia of the Cognitive Sciences. Keywords: „Auditory physiology:, „Audition“
Video introduction to auditory research our lab
Deutch D (2020) Musical Illusions and Phantom Words. Video presented at 2020 meeting of LA chapter of Acoustical Society of America.
Dr. William Brownell- ‘From Sound to Action Potentials – A Tour of the Inner Ear’ Association for Research in Otolaryngology seminar (abstract).
Auditory mailing-list’s list of CDs and webs with auditory demonstrations and illusions. We have plenty of them in the lab:
CD accompanying the book Brian_Moore__Perceptual_consequences_of_cochlear_damage, Diana_Deutsch_Musical_Illusions_And_Paradoxes, Duda_Auditory_localization_demonstrations, Houtsma_Auditory_demonstrations (some available here)
Week 7(11): 1.4. Language, psycholinguistics, production and perception of speech. (slides in PDF EN, SK)
Literature: CSAI chapter 6, MITECS keywords Speech processing, RKN chapter 4.
Gick B & Derrick D Aero-tactile integration in speech perception. Nature 462, 502-504.
Week 8(12): 8.4. Attention (slides in PDF EN, SK)
Literature: Pashler HE (1997) Psychology of Attention. MIT Press. Chapter 1: Introduction. Chapter 2: Selective attention.
Behrmann, M. & Haimson, C. (1999) The cognitive neuroscience of visual attention. Curr Opin Neurobiol 9, 158-63
Parasuraman R (2000) The Attentive Brain. Kapitola 1: The attentive brain: Issues and prospects. MIT Press.
Michael Posner on the anatomy of attentional networks – a historical perspective (Youtube video)
Kopčo, N, A Ler, and B Shinn-Cunningham (2001). “Effect of auditory cuing on azimuthal localization accuracy,” J. Acoust. Soc. Am. 109(5), 2377 ( poster in PDF)
Zatorre RJ, Mondor TA and Evans AC (1999) Auditory Attention to Space and Frequency Activates Similar Cerebral Systems. NeuroImage 10:544-554
James W. (1890) The Principles of Psychology. Chapter 11: Attention.
Lavanya Viswanathan and Ennio Mingolla Attention in Depth
Rensink’s demos of the „change blindness“ effect
Phylishin Z (2000) Situating vision in the world. Trends in Cognitive Sciences. 4(5):197-207.
Web: Demos of visual attention from Visual Attention Lab at Rutgers.
DVD demos in the lab: Visual Awareness Demonstrations from Dan Simons lab
Week 9(13) : 15.4. Crossmodal interactions (hearing, vision, touch). (slides in PDF EN, SK)
Web: Seeing through Sound.
Bor et al. (2014) Adults Can Be Trained to Acquire Synesthetic Experiences. Nature Scientific Reports, 4, Article number: 7089
Additional literature: Our paper about crossmodal interactions / ventriloquism effect in humans and apes:
Kopco, N, I-F Lin, BG Shinn-Cunningham, and JM Groh (2009). Reference frame of the ventriloquism aftereffect. Journal of Neuroscience, 29(44):13809-13814
Kopčo N, Lokša P, Lin I-F, Groh J, Shinn-Cunningham B (2019). Hemisphere-Specific Properties of the Ventriloquism Aftereffect. Journal of the Acoustical Society of America, 146, EL177 doi.org/10.1121/1.5123176
(Week 14: combined w/ Lecture 9(13)) Other topics of study of brain and mind (consciousness, emotions, motivation, decision making, reasoning)
Literature: Keyword Emotions from Purves et al.: Neuroscience.
PICARD, R. W. (1997) Affective Computing. The MIT Press.
Chapter by M. Dobeš about Cognitive psychology
Schedule of Exams
(individually scheduled with TF)
Week 5: written exam 1 (covering lectures 1-5)
Week 9: written exam 2 (covering lectures 6-9),
submit the project,
finalizing the grading
Useful links (if you find other useful links, you can send them to me)
World organizations: Cognitive neuroscience society, Cognitive science society, Society for neuroscience, Human Brain Mapping, auditory and multimodal: Association for research in otolaryngology, Acoustical Society of America, European Acoustics Association, International Multisensory Research Forum
Slovak/czech/central-european related links: Cognitive science at UKom (+ http://www.meicogsci.eu/ with Vienna / BP / Ljublana), Neuroscience at Neurobio institute at SAV KE (also at Institute of social sciences and Institute of expermental physics) KE, Conference Cognition and artificial life, http://cognitivescience.cz/, Society for cognitive science and philosophy.
Neuroscience in general: facts and figures, more facts, biophysics, Nobel prizes, simulator of Goldmann’s equation, electrophysiology,
Vision: spatiotemporal receptive fields in LGN and V1, sensitivity to orientation
Neuroanatomy: 3D anatomy of the brain, brain museum, brain anatomy
Modeling: overview of the simulation software, Genesis, The Virtual Brain, Two Ears
Guide to MATLAB/ OCTAVE (free software compatible with MATLAB): interactive introduction to MATLAB Onramp (click on the image in the section “Learn Interactively”), original documentation, video Getting started, short intro in czech language, from MIT in english.
Mathematics: statistics (in slovak), MathWorld, Numerical recipes
Language hints: Short dictionary of slovak language, Medical dictionary (in czech), English-czech medical dictionary (not always available)
Interviews and popularization lectures: Fresh Air with Oliver Sacks (author of the book The man who mistook his wife for a hat)
– Lecture #8 is now online
– Project due in week 9
– Final exam and final grading in week 10 (early)
– Lecture #7 is now online.
– Midterm exam has been graded.
– Link to overall grading shared in an email.
– Project due in week 9
– Final exam and final grading in week 10 (early)
– Lecture #6 is now online.
– Questions about Midterm exam?
– Project due in week 9
– Final exam and final grading in week 10 (early)
– Lecture #5 is now online.
– Midterm exam will take place after lecture #5, on Tue and Wed at 11am.
– Lecture #4 is now online. Tomorrow we will finish lecture 3 and then 4.
– Note that Lecture 4 is actually #8 in IntroNeuro. If you are interested in individual neural computation+plasticity, go through the lectures 4-8 from IntroNeuro individually.
– Midterm exam will take place after lecture #5, ideally before lecture #6. We will discuss what day works for most of you. Wednesday afternoon might be good. Coordinate it with Keerthi – he will ask you for what time works for you.
– Lecture #3 is now online.
– You have until the end of the day March 4 to choose your project. Email me and Keerthi the project proposal.
– Lecture #2 is now online.
– You have until week 3 to choose your project.
– Our presentations from ARO are here.
– Lecture time shifted to 14:30-16:00.
– Welcome to the AI&CogSci class. Please read carefully all the information on this web to familiarize yourself with the functioning of the class this year.
– Language note: class is offered in English and Slovak (all material is available in both languages). Lectures will be in English if there are students who don’t speak Slovak (currently there are). Projects will be in English (TA doesn’t speak Slovak). Exams can be written in Slovak or English.
– Lecture 1 is now available (ignore the organizational parts; follow this web for that).
– Some of you will be individually going through the lectures from MIT OCW AI class (you can coordinate if you want to do that together).
– If you are interested in more AI-related discussions, there is an AI journal club at the Math department + Matsuko company. Let me know and I can connect you.
– If you are interested in our research, starting this Sunday there is a worldwide hearing conference ARO at which we are presenting 3 posters (follow this link for abstracts; posters will be available soon as well)…..