Use LEFT and RIGHT arrow keys to navigate between flashcards;
Use UP and DOWN arrow keys to flip the card;
H to show hint;
A reads text to speech;
79 Cards in this Set
- Front
- Back
What is language?
|
Nelson: Language is the "socially shared code that uses a conventional system of arbitrary symbols to represent ideas about the world and are meaningful to others who know the same code".
|
|
What are the 3 domains of language?
|
Content (meaning)
Form (how words and sounds are organized) Use (draw upon function to meed personal and social needs) |
|
What are the characteristics of language?
|
Socially shared
Code that uses a system of arbitrary symbols Language code is conventional Representational tool |
|
What is a morpheme?
|
The smallest unit of language that carries meaning (dog)
|
|
What is a referent?
|
The aspect of the world to which a word refers
|
|
Modularity
|
A cognition science theory about how the human mind is organized within the brain structures. It contends that the brain contains a set of highly specific modules developed to process specific types of information.
|
|
Speech
|
Neuromuscular process by which we turn language into a sound signal that is transmitted through the air to a reciever.
|
|
Hearing
|
sensory system that allows speech to enter into and be processed by the human brain.
|
|
Communication
|
The process of sharing information among individuals.
|
|
Speech is precise activation of muscles in 4 systems
|
Respiration
Phonation Resonation Articulation |
|
Model of speech production
3 stage process |
Preceptual event
Motor Schema Speech output/ongoing feedback |
|
Preceptual event
|
initiated with an abstract representation
representation provides a preceptual target of what is to be produced in speech code is represented at the phoneme level |
|
Phoneme
|
The smallest unit of sound that can signal a difference in meaning /m/ + /a/= "ma"
|
|
Motor Schema
|
Rough motor plan based on the preceptual target
organizes phonemes into syllable chunks |
|
Speech output (production)
|
Flow of air, vibration of vocal folds, and movements of the oral cavity carry out motor schema and create speech.
|
|
Hearing is essential to both_______ and ____________ of spoken language.
|
reception
comprehension |
|
4 acustic events
|
creation of sound source
vibration of air particles (frequency, intensity) reception by ear comprehension by brain |
|
Co-articulation
|
overlap of phonemes in the production of strings of speech sounds
|
|
4 processes of communication
|
formulation
transmission reception comprehension |
|
Symbolic communication or referential communication
|
arbitrary relationship between the entity and its referent. Eg. A 1 year old says bottle to request something to drink.
|
|
Pre-intentional communication
|
relationship between a communicative behavior and its referent is assumed by others eg. A baby crying. Could be for a number of reasons
|
|
Intentional or Iconic communication
|
transparent (not arbitrary) relationship between the message and its referent eg. A baby points to his bottle
|
|
3 basic purposes of communication
|
to request
to reject to comment |
|
3 components of communication
|
1. A sender formulates and transmits a message
2. A receiver receives and comprehends to message 3. A shared symbolic system |
|
3 types of feedback
|
1. Linguistic (speaking)
2. Nonlinguistic (eye contact etc.) 3. Paralinguistic (use of pitch, loudness, pausing) |
|
Lexicon
|
Vocabulary System
|
|
Contextualized
|
Language that focuses on the immediate context (present)
|
|
Decontextualized
|
Language with little reliance on the context for conveying content (events that are removed from the present)
|
|
5 components of Content, Form and Use
|
Semantics (Content)
Syntax (Form) Morphology (Form) Phonology (Form) Pragmatics (Use) |
|
What are some remarkable features of language?
|
Rate of acquisition
Universiality Species specific Semanticity Productivity Engine of thought |
|
Critical period
|
first 5-7 years
|
|
What are some factors that influence language acquisition?
|
Language learned
Gender Temperament Language learning environment Genetic predisposition Developmental disability Injury or illness |
|
What 3 question need to be included in an adequate language theory?
|
1. What do infants bring to the task of language learning?
2. What mechanisms drive language acquisition? 3. What types of input drive the language learning system? |
|
B. F. Skinner
|
Nurture-Behaviorist Theory
All learning is the result of operant conditioning. (consequences of behavior shape subsequent behavior) |
|
Discrete trial training (DTT)
|
A series of distinct trials that the adult repeats until the child masters the skill.
|
|
Lev Vygotsky
|
Nurture Inspired-Social interactionist Theory
Importance of social interaction in a child's language development ZPD |
|
Jean Piaget
|
Nurture-Cognitive theory
Genetic epistemology (study of the development of knowledge) series of stages achievements in one stage must occur prior to moving to the next stage (cognition hypothesis) |
|
Nurture inspired theories
|
Behaviorist theory (Skinner)
Social interactionist theory (Vygotsky) Cognitive theory (Piaget) Intentionality model (Bloom) Competition model (MacWhinney) Usage-based theory (Tomasello) |
|
Nature inspired theories
|
Modularity theory (Fodor)
Universal grammar (Chomsky) Synthetic bootstrapping (Gleitman) Connectionists theories (Rumelhart & McClelleand) |
|
Behaviorist theory
|
Nurture-Skinner
Operant conditioning Reinforcement |
|
Social interactionist theory
|
Nurture-Vygotsky
Social plane-psychological plane ZPD Language and cognition are intertwined processes that seperate at age 2 |
|
Cognitive theory
|
Nurture-Piaget
Cognitive hypothesis (cognition precedes language) Egocentric speech |
|
Intentionality model
|
Nurture-Bloom
the tension between wanting to communicate intentions and the effort required deives language development |
|
Competition model
|
Nurture-MacWhinney
Reliable input strenghthens representation |
|
Usage-based theory
|
Nurture-Tomasello
Joint attention Intention reading Children attend to others intentions and imitate |
|
Modularity theory
|
Nature-Fodor
Localization-language is organized in highly specific modules Encapsulization-language modules perform specific functions and also interact |
|
Universal Grammar
|
Nature-Chomsky
Language acquisition device-born with general rules and categories common to all languages Parameters-Use input to discover the parameters |
|
Syntactic bootstrapping
|
Nature-Gleitman
Children use their knowledge of syntax to make inferences about the meaning of new words |
|
Semantic bootstrapping
|
Nature-Pinker
Children use their knowledge of word meaning to make inferences about syntax |
|
Connectionist theories
|
Nature-Rumelhart & McClelland
Nodes and connections undergo transformation in response to input |
|
2 ways to teach a second language
|
audiolingual-rote responses
silent way-hypothesize about rules-apply them-discover errors |
|
3 practices informed by theories
|
Prevention
Intervention and remediation Enrichment |
|
What is semantic development?
|
an individual's learning and storage of the meaning of words
|
|
What are the 3 major tasks of the language learner? (semantic)
|
1. acquire mental lexicon of 60,000 words
2. acquire new words rapidly 3. organize the mental lexicon in an effecient semantic network |
|
What is Nelson's semantic taxonomy?
|
Specific
|
|
Examples of specific nomials
|
Dad, Annie, Rover
|
|
Examples of general nomials
|
truck, cat
|
|
Examples of modifiers
|
big, mine
|
|
Examples of personal-social words
|
yes, bye bye
|
|
Fast mapping
|
rate at which children learn new words
|
|
What is morphological development?
|
Internalization of the rules of language that govern the structure of words.
|
|
Grammatical morpheme
|
adds grammatical inflections to words
plural s possessive 's present progressive ing |
|
Derivational morphemes
|
change the syntactic class and semantic meaning
prefixes suffixes |
|
Bound morphemes
|
Must be attached to another morpheme
|
|
Free morphemes
|
Can stand alone-words with a clear semantic referent
|
|
What is syntactic development?
|
Internalization of the rules of language that govern how words are organized into sentences.
|
|
What are the 3 major syntactic developments?
|
increase in utterance length
increase in sentence variety development of a complex syntax |
|
Mean length of utterance (MLU)
|
provides a simple proxy for estimating syntactic complexity up to 5 years of age
|
|
Clause
|
a syntactic structure containing a verb or verb phrase
|
|
Auxiliary Clarification Hypothesis (ACH)
|
Children more readily attend to information at the beginning of an utterance
Exposure to high frequencies of yes-no questions promotes children's internalizationof auxiliary verbs |
|
What is phonological development?
|
acquiring the rules of language that govern the sound structure of syllables and words
|
|
Phonemes
|
individual speech sounds
|
|
Phonological representation
|
neurological imprint
|
|
Allophone
|
subtle variation of a phoneme
|
|
phonotactics
|
rules governing how sounds are organized in words eg. /g/ never follows an /s/
|
|
7 purposes of communication
|
instrumental-ask for something
regulatory-give directions and direct others interactional-interact in a social way personal-express a state of mind heuristic-find out information and inquire imaginative-tell stories and role play informative-describe an event or object |
|
approaches scientists use to study three aspects of language development
|
speech perception-head turn preference procedure-MRI
language production-normative studies-observational (natural or semistructured) or experimental (actively manipulate variables) language comprehension-visual fixation-pointing |
|
spreading activation
|
how an individual accesses specific entries in the semantic network
|
|
the rapidity with which a child develops a more adult like understanding of a word is influenced by...
|
concept represented by the word
phonological form of the word contextual conditions at initial exposure |