Semantics Flashcards
How can we interpret the term meaning?
A) We can refer to relationships between words and sentences
B) We can refer to the truth of a statement
C) We can refer to the ill-formedness of sentences concerning their
meaning
Semantics
= Study of the systematic ways in which languages structure meaning.
▪ Examines word and sentence meaning
▪ Abstracts away from context
Semantics vs Pragmatics
Semantics:
▪ Meaning as such
▪ Examines word and sentence meaning
▪ Abstracts away from context
Pragmatics: ▪ Examines utterance meaning ▪ Looks at relationship of an utterance to its context ▪ The relationship between the language and its user with a certain intention ▪ Includes the linguistic and non-linguistic context in the interpretation of meaning
Sign models
= The relationship between linguistic signs (i.e., words) and the referents they refer to
Bilateral Sign Model by Ferdinand de Saussure
1) meaning/content/signified (signifié)
- -> refers to the object talked about (i.e. everyone’s concept of a tree)
2) expression/signifier (signifiant)
- -> refers to the linguistic realisation of signifié
Semiotic Triangle by Odgen/Richards:
There is no direct relationship between:
▪ the symbol and the referent
▪ linguistic expression and the real world
–> more precise than Saussure’s model
Reference
= One concrete reference of a linguistic expression to a person, event, action, state, etc. in the real world
Sense
= Descriptive meaning of a word independent of context or referent and independent of utterance and situational context
Extension
= Group of all objects a linguistic term may refer to; set of all possible referents for a linguistic expression
Intension
= Characteristic features determining the sense of a linguistic term
Connotation
= Additional meaning, context specific; affective and social meaning
Denotation
= Referential meaning; constant, abstract and basic meaning of a linguistic expression
Lexical Semantics
= Field of semantics that deals with the meaning of words
Types of structures:
- Sense relations
- Semantic features
Sense relations
= Meaning relations among words, linked together as a network
- Synonymy
- Hyponymy
- Meronymy
- Oppositions
- Synonymy
= Two or more words have the same meaning; they usually differ in social and
effective meaning and in use (e.g., clever and smart)
- Hyponymy
= Reference inclusion: One word is a kind of another word, hierarchical relationship
between hyponym and hyperonym (e.g., apple and fruit)
- Meronymy
= Words that are related according to a part/whole-relationship (e.g., finger and
hand)
- Oppositions
= Words that have opposite meanings
a) Antonymy
= Binary relationship between terms with complementary meanings (one word is
the opposite of another)
Gradable antonymy = Opposite ends of a continuous scale of values (e.g., large
and small)
Non-gradable antonymy = Mutually exclusive and complementary (e.g., dead
and alive)
b) Converseness
= Reciprocal semantic relationship between pairs of words; the same relation is
expressed from different perspectives (e.g., husband and wife)
c) Reverseness
= Relation between directional opposites, especially of movement (e.g., open and
shut)
Lexical Ambiguity
= Words that are ambiguous in meaning
- Homonymy
- Polysemy
- Homonymy
= Word with the same written and/or spoken form but different meanings
Total Homonymy = Same spelling and pronunciation (e.g., mole and mole)
Homograph = Different pronunciation, same spelling (e.g., tear (V) and tear (N))
Homophone = Different spelling, same pronunciation (e.g., knight and night)
- Polysemy
= word with more than one meaning; the meanings are interrelated (one entry in the
dictionary) (foot (of a mountain))
versus Metaphorical Extension
= Use of a word beyond its primary meaning to describe referents that bear
similarities to the word’s primary referent (eye (of a needle))
Componential Analysis
The meaning of a word can be described as a bundle of semantic features (feature
semantics/ checklist semantics).
▪ Helps to differentiate between the members of one lexical field.
▪ With the help of semantic features, categories can clearly be distinguished from one
another.
▪ Features are usually binary (i.e., one of two values for the feature)
Example: Walking styles
▪ to pace: [+ quick] [+ purposeful]
▪ to stroll: [- quick] [- purposeful]
Sentence Semantics
= Examines meaning relation within and across sentences
▪ is concerned with the thematic (= semantic)
roles and with the relationships between words within a sentence
Paradigmatic relations (word choice)
= Vertical relation between all members of a semantic field that are of the same lexical
category; elements are interchangeable (buy and sell)