Test questions Flashcards
TMS experiments show that the perception of one specific type of phonetic feature is influenced by stimulation of the motor cortex. Which?
a. Place of articulation
b. [+ nasal]
c. Sonority
d. Voicing
a. Place of articulation
What is the action compatibility effect, ACE?
a. The increase in accuracies in judging sentences preceded by the actions these sentences describe.
b. The semantic priming effect observed between semantically congruous words, sentences and larger pieces of discourse which is manifest in behavioural measures.
c. The tendency of humans to perceive the world as part of their actions (“with a hammer in his hand, a man only sees nails”).
d. A facilitation/inhibition effect of sentences denoting a given body movement direction on the speed of a body movement in the same/opposite direction.
d. A facilitation/inhibition effect of sentences denoting a given body movement direction on the speed of a body movement in the same/opposite direction
What is special about the human language brain?
a. There is a particularly strong connection between left inferior-frontal and temporal areas.
b. Neurons in Broca’s region are especially large.
c. The human cortex includes many more pyramidal neurons than the cortex of any other animal.
d. Broca’s region has increased most substantially in the evolution from macaque to human.
a. There is a particularly strong connection between left inferior-frontal and temporal areas.
What is semantic grounding?
a. The process of establishing the relationship between the form of a given symbol and objects and actions it can be used to speak about.
b. The process of establishing the relationship between the form of a given symbol and the mental images and concepts it relates to.
c. The process of establishing the relationship between the form of a given symbol and other symbols with which it frequently occurs.
d. The process of establishing the relationship between the form of a given symbol and its abstract semantic features.
a. The process of establishing the relationship between the form of a given symbol and objects and actions it can be used to speak about.
The semantic prediction potential …
a. Precedes sentence onset by up to 200 ms.
b. Indexes semantic differences with short latencies (ca 200 ms) upon hearing critical words.
c. Indexes semantic differences between expected words.
d. Precedes meaningful actions if they involve the use of tools.
c. Indexes semantic differences between expected words.
What is an ‘auto-associative’ network?
a. A deep neural network with random connectivity and associative learning, which adjusts the number of its layers automatically.
b. A network with connections between its neuron members, even within one network part or ‘layer’.
c. A network that associates neurons with each other based on a computerized and therefore automatic algorithm.
d. A network that realizes Hebbian co-occurrence learning in addition to weakening of connections after uncorrelated activation.
b. A network with connections between its neuron members, even within one network part or ‘layer’.
What is meant by ‘fast mapping’?
a. The ability of Hebbian learning to account for language acquisition in early infancy.
b. The rapid learning of mental maps in macaques and great apes.
c. The surprising ability of deep networks with error backpropagation to account for fast learning if neurons with radial threshold functions are used.
d. The human specific rapid learning of novel words after just a few or even just one presentation(s).
d. The human specific rapid learning of novel words after just a few or even just one presentation(s).
What is a deep neural network?
a. A distributed auto-associative network with localist representations.
b. A network which can be used for simulating deep thought and language.
c. A network that can add more layers if the learning task requires this.
d. A hetero-associative network with several layers, typically 6 or more.
d. A hetero-associative network with several layers, typically 6 or more.
Neural networks are sometimes seen as not biologically realistic enough. Why?
a. Because few neural networks model connectivity between areas and between local neurons.
b. Because the brain is so complex that it can never be approximated by a computer simulation.
c. Because they do not include real neurons, but only artificial ones.
d. Neural networks are called ‘neural’ because they are sufficiently realistic biologically.
a. Because few neural networks model connectivity between areas and between local neurons.
Which of the following is not a constraint for making neural networks more biologically plausible?
a. Simulating the local interplay between excitatory and inhibitory neurons within one cubic millimeter of cortex.
b. Realizing long term depression in addition to long term potentiation.
c. Implementing between-area connectivity as revealed by tractography.
d. Increasing the depth of the network.
d. Increasing the depth of the network.
Behavioral experiments indicate that, after a person has moved many beans from a tray in front of her/him to one placed slightly further way, the following happens:
a. Whole sentences can be more easily understood, but not single words.
b. The sentence “She gives all her money away” is processed more slowly than the sentence “She steals some money from her friend”.
c. Language understanding is speeded substantially, because the motor activation facilitates language processing.
d. The sentence “She opens the drawer” is processed more quickly than the sentence “She closes her drawer”.
b. The sentence “She gives all her money away” is processed more slowly than the sentence “She steals some money from her friend”.
Which features of 3-layer perceptrons or ‘parallel distributed processing’ models should be altered in order to increase the biological realism of these networks?
a. All of the features mentioned in the other answers
b. Error backpropagation learning
c. Restriction to 3 layers or compartments
d. Hetero-associative links between layers (areas) and no links within layers
a. All of the features mentioned in the other answers b. Error backpropagation learning
a. All of the features mentioned in the other answers
What are features of ‘whole brain modelling’?
a. The backpropagation learning rule is typically used.
b. Whole brain models are frequently used to model the outcome of perceptual learning experiments with fMRI.
c. The ‘neurons’ of the model simulate entire brain parts or areas.
d. The inhibitory links between local neuron populations are implemented to control the level of activity at a global level.
c. The ‘neurons’ of the model simulate entire brain parts or areas.
Which of the following methods is NOT an established method of aphasia therapy?
a. Neurolinguistic programming or NLP.
b. Naming and word picture matching.
c. Constraint induced aphasia therapy or CIAT.
d. Melodic intonation therapy or MIT.
a. Neurolinguistic programming or NLP.
Brain lesions can have severe effects on language. Lesions in the lateral motor cortex have been reported to …
a. Lead to a deficit in processing tool related nouns.
b. Lead to a general deficit in producing language – but not in understanding language.
c. Lead to a general deficit in producing and understanding language.
d. Lead to a deficit in verb processing.
a. Lead to a deficit in processing tool related nouns.
- Why did Wittgenstein speak about ‘language games’?
A. To bring into prominence the fact that the speaking of a
language is part of an activity, or of a form of life.
B. To emphasise the role of game theory in linguistics.
C. To bring into prominence that language is a leisure activity.
D. To highlight that game like activities are important in
foreign language learning.
A. To bring into prominence the fact that the speaking of a
- What happens to the brain response if a semantically implausible target sentence is put into a context that makes it plausible, e.g. “The crocodile ate an avocado” (target
sentence) ; “A crocodile once decided to become a vegetarian” (context sentence).
A. The unexpected word (“avocado”) elicits a mismatch negativity.
B. The unexpected word (“avocado”) elicits a typical N400
C. The unexpected word (“avocado”) elicits an even larger N400 than normally (without any context sentence).
D. The unexpected word (“avocado”) elicits a reduced or even no N400.
D. The unexpected word (“avocado”) elicits a reduced or even no N400.
- Which of the following components is NOT covered by standard speech act descriptions?
A. The propositional content,
B. The speech act type or illucutionary role,
C. The linguistic competence of the communication partners,
D. The utterance.
C. The linguistic competence of the communication partners,
- “This is the end of the exam”. Which statement best describes the communicative function of this sentence?
A. It is used to terminate the exam.
B. It is used to label a section of a video recording.
C. Dependent on communicative context, it can be used to perform different speech acts.
D. Dependent on communicative context, it can be used to perform different declarative speech acts.
C. Dependent on communicative context, it can be used to perform different speech acts.
What are key differences between the speech acts of naming and requesting?
A. As the same words can be used by speakers to name and request,
there are no relevant differences.
B. Pragmatic functions are largely unimpaired in aphasia; therefore,
any possible difference between speech acts are not relevant.
C. When naming an object, there are no specific expectations towards
the partner, whereas requesting is characterized by the expectation
of being given the requested entity.
D. The sequence structures of these speech acts differ in complex
ways..
C. When naming an object, there are no specific expectations towards
the partner, whereas requesting is characterized by the expectation
of being given the requested entity.
1 What is aphasia?
A. A brain disease affecting language in different people of all ages
B. A language deficit caused by focal brain lesion after completion of language acquisition
C. A subtype of dementia
D. A specific syntactic deficit of neurological origin with lexicon and pragmatic functions being spared
B. A language deficit caused by focal brain lesion after completion of language acquisition
2 Which of the following methods is NOT a standard in current aphasia therapy?
A. Naming and word picture matching
B. Government and binding therapy
C. Melodic intonation therapy
D.Linguistic tasks such as sentence completion and semantic classification
B. Government and binding therapy