Note: This study guide highlights key topics and terms from class and assigned readings. Personalize it as needed for effective study.
Semanticity: Language conveys meaning.
Arbitrariness: The relationship between words and their meanings is not inherent (e.g., the word "dog" does not sound like or resemble a dog).
Duality of Patterning: Language can be broken down into units (like phonemes and morphemes) which can be combined in various ways.
Displacement: Language allows us to discuss things not present in time or space (past/future).
Productivity: Language can create and understand an infinite number of messages.
Phonology: Study of sounds (phonemes, minimal pairs).
Orthography: Written representation of language (graphemes).
Morphology: Structure of words (morphemes).
Semantics: Study of meaning.
Syntax: Rules for sentence structure.
Suggests looking at which language features might have evolved first, such as the ability to communicate symbolically.
Anatomical structures specialized for speech (vocal tract).
Distinctions between experience-expectant vs. experience-dependent systems in language acquisition.
Examples of Pidgins & Creoles, which show spontaneous language generation.
Nicaraguan Sign Language serves as an example of a new language developing from gesture systems.
Continuity: Language evolved from simpler forms.
Discontinuity: Human language is fundamentally different from animal communication.
Consider evidence from primates (e.g., vocalizations, signing).
Process of speech production in stages:
Conceptualization: Formulating an idea.
Formulation: Selecting words and grammatical structures.
Articulation: Producing sounds.
Self-monitoring: Detecting and correcting errors.
Tip of Tongue States: Indicate issues at phonological encoding.
Speech Errors: Semantic substitutions and phonetic errors reveal processing stages.
Picture Naming Studies: Show word retrieval dynamics and naming time differences based on frequency.
Description of how sounds overlap in speech production.
Different types like semantic substitutions and sound exchanges reveal how errors map to speech production models.
Vowels & Consonants: Differences in production (frequency spectra, formants).
Voice Onset Time (VOT): Relates to speech perception of voicing.
Variability (coarticulation, speaker variability).
Categorical Perception: The tendency to perceive sounds as categories rather than continuous variations.
Use of prosody, syntax, and semantics to aid in understanding speech.
Examples of how context helps fill in perceived gaps in speech data.
Suggests speech perception is based on recognizing the articulatory gestures used in speech.
Proposes that speech perception uses the same auditory mechanisms as non-speech sounds.
Organized system with its own phonological features, distinct from mere gestures.
Requires specific cognitive processing; differs from decoding spoken language and involves understanding writing systems.
Types include alphabets, syllabaries, and logographic systems, each with different grapheme-phoneme mappings.
Study Tips:
Review your notes and lectures, focusing on understanding definitions and examples.
Formulate questions from the material to quiz yourself or study in groups.
Explore key concepts in depth, especially those highlighted by your instructor or in readings.
Ensure you're comfortable with the topics mentioned above for a thorough preparation ahead of your exam. Good luck!
Untitled Flashcards Set
Note: This study guide highlights key topics and terms from class and assigned readings. Personalize it as needed for effective study.
Semanticity: Language conveys meaning.
Arbitrariness: The relationship between words and their meanings is not inherent (e.g., the word "dog" does not sound like or resemble a dog).
Duality of Patterning: Language can be broken down into units (like phonemes and morphemes) which can be combined in various ways.
Displacement: Language allows us to discuss things not present in time or space (past/future).
Productivity: Language can create and understand an infinite number of messages.
Phonology: Study of sounds (phonemes, minimal pairs).
Orthography: Written representation of language (graphemes).
Morphology: Structure of words (morphemes).
Semantics: Study of meaning.
Syntax: Rules for sentence structure.
Suggests looking at which language features might have evolved first, such as the ability to communicate symbolically.
Anatomical structures specialized for speech (vocal tract).
Distinctions between experience-expectant vs. experience-dependent systems in language acquisition.
Examples of Pidgins & Creoles, which show spontaneous language generation.
Nicaraguan Sign Language serves as an example of a new language developing from gesture systems.
Continuity: Language evolved from simpler forms.
Discontinuity: Human language is fundamentally different from animal communication.
Consider evidence from primates (e.g., vocalizations, signing).
Process of speech production in stages:
Conceptualization: Formulating an idea.
Formulation: Selecting words and grammatical structures.
Articulation: Producing sounds.
Self-monitoring: Detecting and correcting errors.
Tip of Tongue States: Indicate issues at phonological encoding.
Speech Errors: Semantic substitutions and phonetic errors reveal processing stages.
Picture Naming Studies: Show word retrieval dynamics and naming time differences based on frequency.
Description of how sounds overlap in speech production.
Different types like semantic substitutions and sound exchanges reveal how errors map to speech production models.
Vowels & Consonants: Differences in production (frequency spectra, formants).
Voice Onset Time (VOT): Relates to speech perception of voicing.
Variability (coarticulation, speaker variability).
Categorical Perception: The tendency to perceive sounds as categories rather than continuous variations.
Use of prosody, syntax, and semantics to aid in understanding speech.
Examples of how context helps fill in perceived gaps in speech data.
Suggests speech perception is based on recognizing the articulatory gestures used in speech.
Proposes that speech perception uses the same auditory mechanisms as non-speech sounds.
Organized system with its own phonological features, distinct from mere gestures.
Requires specific cognitive processing; differs from decoding spoken language and involves understanding writing systems.
Types include alphabets, syllabaries, and logographic systems, each with different grapheme-phoneme mappings.
Study Tips:
Review your notes and lectures, focusing on understanding definitions and examples.
Formulate questions from the material to quiz yourself or study in groups.
Explore key concepts in depth, especially those highlighted by your instructor or in readings.
Ensure you're comfortable with the topics mentioned above for a thorough preparation ahead of your exam. Good luck!