Expanding Construction Grammar and Frame Semantics
Expanding Construction Grammar and Frame Semantics
Expanding Construction Grammar and Frame Semantics
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<strong>Exp<strong>and</strong>ing</strong> <strong>Construction</strong><br />
<strong>Grammar</strong> <strong>and</strong> <strong>Frame</strong><br />
<strong>Semantics</strong><br />
Introduction:<br />
<strong>Construction</strong> <strong>Grammar</strong> in<br />
the 21 st Century<br />
Hans C. Boas<br />
University of Texas at Austin<br />
http://hcb.gmc.utexas.edu
Overview<br />
• Chomsky’s Principles <strong>and</strong> Parameters<br />
framework (1981) <strong>and</strong> Minimalism (1995)<br />
• Intro to <strong>Construction</strong> <strong>Grammar</strong><br />
• <strong>Construction</strong>s in detail<br />
• <strong>Construction</strong> <strong>Grammar</strong>(s) – different<br />
approaches to constructions<br />
2
Chomsky’s Principles <strong>and</strong><br />
Parameters framework (1981)<br />
• Competence <strong>and</strong> Performance<br />
• Core <strong>and</strong> Periphery (Raising, Cleft, Relative<br />
Clauses, Wh-clauses, Passive, etc.)<br />
• Universal <strong>Grammar</strong><br />
• Modular Architecture of the Language<br />
Faculty (aka “Autonomy of Syntax”)<br />
• Derivational (step-by-step)<br />
3
Division into competence & performance<br />
“A grammar can be regarded as a theory of a<br />
language; it is descriptively adequate to the<br />
extent that it correctly describes the intrinsic<br />
competence of the idealized native speaker.”<br />
(Chomsky 1965: 24)<br />
• John often kisses Mary.<br />
• Who do you think Mary said John likes?<br />
“Idealized” native speaker sentences occur with<br />
low frequency in natural speech. Other patterns<br />
that occur are typically ignored.<br />
4
Chomsky’s Principles <strong>and</strong><br />
Parameters framework (1981)<br />
(a) Subcomponents of the Rule System of<br />
<strong>Grammar</strong>:<br />
(i) Lexicon<br />
(ii) Syntax<br />
(a) Categorial component<br />
(b) Transformational component<br />
(iii) PF-component<br />
(iv) LF-component<br />
5
Chomsky (1981)<br />
(b) Subsystem of Principles<br />
(i) Bounding theory<br />
(ii) Government theory<br />
(iii) Θ-Theory<br />
(iv) Binding Theory<br />
(v) Case Theory<br />
(vi) Control Theory<br />
6
Chomsky (1981)<br />
(c) Organization of Modules<br />
7
Basic X-bar model<br />
8
• Movement is “structure preserving”<br />
• D-structure is recoverable from s-structure<br />
• PF “reads” the s-structure to give the physical utterance<br />
• Further “covert” operations (not reflected in the PF)<br />
optionally apply to s-structure, yielding the LF (logical<br />
form) … quantification etc.<br />
9
Minimalism (Chomsky 1995)<br />
• X-bar theory replaced by Bare Phrase Structure<br />
(BPS)<br />
• Elimination of D-structure/S-structure distinction<br />
• Elimination of empty categories<br />
• No language- or construction-specific syntax<br />
• Focus on larger theoretical questions:<br />
(a) To what extent is language optimally “designed”<br />
according to minimalist design specifications?<br />
(b) What are minimal design specifications? What is<br />
optimal?<br />
10
Minimalism<br />
• Lexicon<br />
• Operations (merge, agree, procrastinate, etc.)<br />
• Derivations<br />
The key is that everything is motivated by basic<br />
principles of minimal design:<br />
“UG provides a fixed system of principles <strong>and</strong> a<br />
finite array of finitely valued parameters. The<br />
language-particular rules reduce to choice of<br />
values for these parameters. The notion of<br />
grammatical construction is eliminated, <strong>and</strong> with<br />
it, construction-particular rules.” (Chomsky 1993: 4)<br />
11
Componential Model of the Organization<br />
of a <strong>Grammar</strong>: Chomsky et al.<br />
12
Differences between frameworks<br />
Chomsky (1981/1995)<br />
Modular (components <strong>and</strong><br />
levels)<br />
Derivational<br />
(“economy” / “minimal”)<br />
Core-periphery distinction<br />
Competence vs. Performance<br />
No need for constructions –<br />
principles <strong>and</strong> parameters<br />
Arbitrariness only in the<br />
lexicon<br />
<strong>Construction</strong> <strong>Grammar</strong><br />
Non-modular<br />
Non-derivational<br />
No distinction between core<br />
<strong>and</strong> periphery<br />
Usage-based<br />
<strong>Construction</strong>s are central<br />
Arbitrariness in grammar <strong>and</strong><br />
lexicon (syntax-lexicon<br />
continuum)<br />
13
Symbolic link between form <strong>and</strong><br />
function in componential syntactic<br />
theory<br />
14
Symbolic link between form <strong>and</strong><br />
function in <strong>Construction</strong> <strong>Grammar</strong><br />
(later we’ll look at organization of constructional knowledge)<br />
15
Part-whole structure of grammatical<br />
units: the intransitive construction<br />
16
Another difference<br />
Although most of the aspects of language<br />
are highly motivated, in the sense that<br />
they are related to other aspects of the<br />
grammar <strong>and</strong> are non-arbitrary,<br />
<strong>Construction</strong> <strong>Grammar</strong> holds the view that<br />
much of language is idiosyncratic to<br />
varying degrees <strong>and</strong> must therefore be<br />
learned. (Goldberg 1997)<br />
17
What are constructions?<br />
• Pairings of form with meaning<br />
Difference in form is usually a difference in meaning!!<br />
18
Uniform representation of all<br />
grammatical knowledge<br />
19
Definition<br />
C is a CONSTRUCTION iff def C is a formmeaning<br />
pair such that some aspect<br />
of F i or some aspect of S i is not strictly<br />
predictable from C’s component parts or from<br />
other previously established constructions.<br />
(Goldberg 1995: 4)<br />
FORM is any type of form, not only syntactic!<br />
20
wanna-contraction (Boas 2004)<br />
21
wanna-contraction (Boas 2004)<br />
22
All levels of grammatical analysis<br />
involve constructions<br />
(the syntax-lexicon continuum)<br />
24
Accounting for the “periphery”<br />
25
Organization of constructional<br />
knowledge<br />
• <strong>Construction</strong>s form a structured inventory<br />
of a speaker’s knowledge of the<br />
conventions of their language<br />
• This structured inventory is represented in<br />
terms of a taxonomic network of<br />
constructions<br />
• Each construction constitutes a node in<br />
the taxonomic network of constructions<br />
26
Organization of constructional<br />
knowledge: Schematic <strong>and</strong> specific<br />
constructions<br />
• Any construction with unique idiosyncratic<br />
properties must be represented as an<br />
independent node in the constructional network<br />
[Verb Phrase]<br />
[Verb Obj]<br />
[kick Obj]<br />
[kick [ the habit ]]<br />
27
Taxonomic relations allow us to<br />
distinguish different types of<br />
grammatical knowledge<br />
28
Partial specifications of structure<br />
• An utterance often has multiple parents in<br />
the taxonomy of constructions<br />
29
Combination of different<br />
constructions<br />
30
<strong>Construction</strong>s in detail:<br />
Overview<br />
• Goldberg’s (1995/2006) framework<br />
• Caused-motion construction<br />
• Identifying related constructions<br />
• Other constructional approaches<br />
31
Interaction between constructions <strong>and</strong> verbs:<br />
Goldberg 1995/2006<br />
A verb's argument structure may be exp<strong>and</strong>ed by an independently<br />
existing meaningful construction.<br />
(1) Pat sliced the carrots into the salad. (caused-motion)<br />
(2) Pat sliced Chris a piece of pie. (ditransitive)<br />
(3) Emeril sliced <strong>and</strong> diced his way to stardom. (way constructions)<br />
(4) Pat sliced the box open. (resultative)<br />
- Focus on argument structure constructions<br />
- Role of <strong>Frame</strong> <strong>Semantics</strong> (Fillmore 1982)<br />
(Goldberg 2006: 7)<br />
32
Short intermission:<br />
<strong>Frame</strong> <strong>Semantics</strong><br />
“A word’s meaning can be understood only<br />
with reference to a structured background<br />
of experience, beliefs, or practices.”<br />
(Fillmore & Atkins 1992: 76)<br />
• In order to underst<strong>and</strong> the meanings of<br />
words in a language we must have first<br />
knowledge about the conceptual<br />
structures, or semantic frames<br />
33
<strong>Frame</strong> <strong>Semantics</strong><br />
•A “frame” is any system of concepts<br />
related in such a way that to underst<strong>and</strong><br />
any one concept results in all of them<br />
becoming available (Petruck 1996).<br />
GOAL:<br />
• describe the semantic <strong>and</strong> syntactic<br />
combinatorial properties of words<br />
DATA:<br />
• attested usage patterns<br />
34
Lexical Description in <strong>Frame</strong><br />
<strong>Semantics</strong><br />
• A FRAME is described independently<br />
of the words that use it.<br />
• Words are described according to<br />
frames that they evoke <strong>and</strong> the ways in<br />
which the elements of their frames may<br />
or must be realized in sentences built<br />
up around the words.<br />
35
Sample Event <strong>Frame</strong>:<br />
Commercial Transaction<br />
Initial state:<br />
Seller has Goods, wants Money<br />
Buyer wants Goods, has Money<br />
Transition:<br />
Seller transmits Goods to Customer<br />
Buyer transmits Money to Vendor<br />
Final state:<br />
Seller has Money<br />
Buyer has Goods<br />
36
Commercial Transaction <strong>Frame</strong><br />
Money<br />
Buyer Seller<br />
Goods<br />
<strong>Frame</strong> Elements: Buyer, Seller, Goods, Money<br />
Verbs of that frame: buy, sell, pay, spend, cost, charge, ...<br />
Nouns: receipt, payment, delivery, ...<br />
Adjectives: cheap, expensive, ...<br />
37
Different Perspectives<br />
Lexical Units evoke different aspects of the frame<br />
BUY focuses on Buyer <strong>and</strong> Goods, backgrounding<br />
Seller <strong>and</strong> Money.<br />
(3) Kim bought the book (from Pat)(for 40$).<br />
SELL focuses on Seller <strong>and</strong> Goods,<br />
backgrounding Buyer <strong>and</strong> Money.<br />
(4) Pat sold the book (for 40$)(to Pat).<br />
38
<strong>Frame</strong>Net<br />
http://framenet.icsi.berkeley.edu<br />
• Lexicographic database based on framesemantic<br />
principles (corpus evidence)<br />
• Distribution of lexical units (LU) is described with<br />
respect to the frames they evoke<br />
• Exhaustive documentation of the range of<br />
semantic <strong>and</strong> syntactic combinatorial<br />
possibilities (valencies) of each LU<br />
• Short overview: <strong>Frame</strong> Description, Lexical Entry<br />
Report, Annotation Report<br />
39
<strong>Frame</strong> Description<br />
40
Lexical Entry Report<br />
41
Lexical Entry Report<br />
42
Annotation Report<br />
43
What’s <strong>Frame</strong> Semantic<br />
Information good for in CxG?<br />
• It helps us with figuring out what types of<br />
constructions can “fuse” (“unify”) with what types<br />
of verbs<br />
• <strong>Frame</strong>-semantic information is crucial in<br />
determining whether a verb’s basic semantics is<br />
compatible with the semantics of a (Goldbergtype)<br />
construction<br />
• “Can the verb be construed as an instance of<br />
construction X?”<br />
44
Interaction between constructions <strong>and</strong> verbs:<br />
Caused-motion construction in Goldberg (1995)<br />
A verb's argument structure may be exp<strong>and</strong>ed by an independently<br />
existing meaningful construction (certain constraints apply to restrict<br />
productivity.<br />
(5) Basic lexical entry of sneeze: < sneezer ><br />
(6) Caused-Motion <strong>Construction</strong> (Goldberg 1995: 162)<br />
(7) a. Frank sneezed. (intransitive Cx)<br />
b. Frank sneezed the tissue off the table. (caused-motion Cx)<br />
45
Polysemy at different levels: argument<br />
structure constructions <strong>and</strong> verbs<br />
• The idea: constructions may have<br />
particular types of semantic extensions<br />
<strong>and</strong> exhibit polysemy just like verb senses<br />
have extensions (verbal polysemy)<br />
• Caused-motion construction has a central<br />
sense <strong>and</strong> four types of extensions<br />
46
<strong>Construction</strong>al Polysemy of Caused-Motion<br />
<strong>Construction</strong> (Goldberg 1995: 161-163)<br />
A. 'X Causes Y to Move Z': Frank sneezed the<br />
tissue off the table.<br />
B. The condition of satisfaction associated with<br />
the act denoted by the predicate entails: 'X<br />
causes Y to move Z:' Sam ordered him out of<br />
the house.<br />
C. 'X ENABLES Y to MOVE Z': Sam allowed Bill<br />
out of the room.<br />
D. 'X PREVENTS Y from MOVING Comp(Z)':<br />
Harry locked Joe into the bathroom.<br />
E. 'X HELPS Y to MOVE Z': Sam helped him into<br />
the car.<br />
47
<strong>Construction</strong>al Polysemy of Caused Motion<br />
(Goldberg 1995: 163)<br />
48
A case-study in identifying constructions:<br />
“A Hole through Y” (AHTY) (Boas 2008)<br />
(3) You pushed a hole through the crazing.<br />
(4) The army blew a hole in the barrier<br />
around the embassy.<br />
(5) He suggests we knock a hole through<br />
the wall.<br />
• Relationship between form <strong>and</strong> meaning???<br />
[NP V NP PP] caused-motion semantics<br />
49
Distribution of AHTY (class I verbs)<br />
(6) a. *You pushed a hole.<br />
b. ??You pushed through the crazing.<br />
c. You pushed a hole through the crazing.<br />
(7) a. *He suggests we knock a hole.<br />
b. ??He suggests we knock through the wall.<br />
c. He suggests we knock a hole through the wall.<br />
(8) a. *The food won’t burn a hole.<br />
b. ?The food won’t burn through you either.<br />
c. The food won’t burn a hole through you either.<br />
(9) a. *The fowl projectile has blown a hole.<br />
b. ?The fowl projectile has blown through your chest.<br />
c. The fowl projectile has blown a hole through your chest.<br />
50
Distribution of AHTY (class II verbs)<br />
(10) a. Using a hammer drill <strong>and</strong> carbide bit, drill a hole.<br />
b. Using a hammer drill <strong>and</strong> carbide bit, drill through the sill plate.<br />
c. Using a hammer drill <strong>and</strong> carbide bit, drill a hole through the sill<br />
plate.<br />
(11) a. The fluid is drained out from under the retina by creating a hole.<br />
b. *The fluid is drained out from under the retina by creating through<br />
the whole part of the eye.<br />
c. The fluid is drained out from under the retina by creating a hole<br />
through the whole part of the eye.<br />
(12) a. Once I can make a hole.<br />
b. *Once I can make through them.<br />
c. Once I can make a hole through them.<br />
(13) a. Meanwhile, Amy successfully digs a hole.<br />
b. Meanwhile, Amy successfully digs through the oubliette, <strong>and</strong><br />
escapes.<br />
c. Meanwhile, Amy successfully digs a hole through the oubliette,<br />
<strong>and</strong> escapes.<br />
51
Can we analyze AHTY as a sub-<br />
type of caused-motion Cx?<br />
C is a CONSTRUCTION iff def C is a formmeaning<br />
pair such that some<br />
aspect of F i or some aspect of S i is not<br />
strictly predictable from C’s component<br />
parts or from other previously established<br />
constructions. (Goldberg 1995: 4)<br />
‘X CAUSES Y TO MOVE Z by V-ing’<br />
[NP V NP PP]<br />
52
Verb classes<br />
• Class II verbs share a common meaning<br />
with “verbs of creation <strong>and</strong> transformation”<br />
• Levin 1993: These verbs take “as one<br />
argument an agent that creates or<br />
transforms an entity.” They take “what are<br />
called ‘effected objects’ – objects brought<br />
into existence as a result of the action<br />
named by the verb.”<br />
53
Verb classes<br />
• But not all of Levin’s verbs of creation <strong>and</strong><br />
transformation can occur in the AHTY Cx:<br />
*Collin coined a hole through the window.<br />
*Lila derived a hole through the door.<br />
*Michael synthesized a hole through the<br />
paper.<br />
54
Sub-class of verbs<br />
• Class II verbs form a sub-class of Levin’s<br />
(1993) “Verbs of creation <strong>and</strong><br />
transformation”<br />
• They differ with respect to the nature of<br />
the effected object<br />
• Since we can’t explain this distribution in<br />
terms of more abstract constructions, we<br />
need to posit an independent idiomatic<br />
construction<br />
55
The AHTY <strong>Construction</strong><br />
(decoding)<br />
56
AHTY- Cx - encoding<br />
• Class II verbs closely related in meaning<br />
do not all occur in AHTY Cx<br />
• They exhibit different idiosyncratic<br />
subcategorization patterns that can not be<br />
predicted on general grounds<br />
57
Proposal<br />
• Conventionalized meanings of Class II<br />
verbs are encoded in terms of miniconstructions<br />
that inherit their meaning<br />
<strong>and</strong> form from the higher-level schematic<br />
AHTY Cx.<br />
• A mini-construction is a conventionalized<br />
form-meaning pairing representing an<br />
individual sense of a verb (see Boas 2003 on<br />
resultative constructions)<br />
58
Mini-constructions<br />
• Extremely specific with respect to the types of<br />
form-meaning pairings they represent.<br />
• Contain detailed semantic, pragmatic, <strong>and</strong><br />
syntactic information about the types of event<br />
participants that may occur with a specific sense<br />
of a verb<br />
• Differ in their complexity but are in principle the<br />
same type of declaratively represented data<br />
structure as other types of constructions (no<br />
strict division between the lexicon <strong>and</strong> syntax)<br />
59
Mini-constructions: distribution of<br />
Class II verbs in AHTY Cx<br />
60
Optional licensing of event participants –<br />
differences between mini-constructions<br />
(23) a. *Lila made through the wall.<br />
b. Lila made a hole through the wall.<br />
(24) a. Abbey drilled through the wall.<br />
b. Abbey drilled a hole through the wall.<br />
61
Mini-constructions capture item-specific knowledge<br />
– yet they’re still specific instantiations of a higher<br />
level schematic construction (redundancy)<br />
62
AHTY with Class I verbs<br />
• Cannot occur with a hole as their direct<br />
object argument alone:<br />
Brian pushed a car/*Brian pushed a hole.<br />
• Class I verbs are licensed by their miniconstructions<br />
acquiring new meanings<br />
because they’re capable of unifying with<br />
the AHTY construction<br />
• Speaker employs existing grammatical<br />
resources to create novel sentences<br />
63
Joe knocked a hole through the wall.<br />
AG: construable as exerting energy by striking with a sharp blow<br />
PT: construable as exhibiting a surface<br />
64
Partial Productivity of AHTY<br />
(25) *Lila sneezed a hole through the peace<br />
(26) *Collin pierced a hole through the<br />
ocean.<br />
(27) *The blanket blew a hole through the<br />
atmosphere.<br />
Constraints are needed to delimit productivity.<br />
65
Partial Productivity – Constraint 1<br />
Agent: construable as emitting energy.<br />
(28)a. Then Googol sprawled wretchedly on a couch,<br />
whispering of how a power axe had sliced a<br />
hole through the door … (BNC)<br />
b. The bullet blew a hole through the right ear.<br />
c. He would draw the line over <strong>and</strong> over until he<br />
wore a hole through the paper.<br />
(29)a. *The blanket sliced a hole through the door.<br />
b. *The book blew a hole through my desk.<br />
c. *The peace wore a hole through her wall.<br />
66
Constraint 2<br />
• Energy emitted by the agent needs to<br />
physically affect the patient so that it can<br />
be construed as being able to affect the<br />
physical integrity of the patient object<br />
(30) Kim burned a hole through the blanket.<br />
(31) *Michael talked a hole through the<br />
chair.<br />
67
Constraint 3<br />
• Physical properties of the patient must be<br />
construable as exhibiting a surface<br />
(32) I’ve burned a hole through Mars’s moon<br />
<strong>and</strong> singed fannies on Pluto.<br />
(33) *Jen burned a hole through the air.<br />
68
Constraint 4<br />
• Result of the activity denoted by the verb has to<br />
be construable as causing the creation of an<br />
opening through the entire patient.<br />
(34) Imagine their foot wearing a whole through<br />
the carpet.<br />
(35) A site must be running an NT-based firewall<br />
or must provide a hole through the firewall.<br />
(35) Cannot be construable as encoding AHTY<br />
semantics.<br />
69
Narrow scope of application /<br />
Productivity<br />
(36) a. But Oswald doesn't stop by this idea, he says there's a<br />
shorter way than following the 2-dimensional tour <strong>and</strong> he eats<br />
a hole through the apple.<br />
b. They found that the bee uses its spiky, toothed mouth parts<br />
to chew a hole through side of the corolla.<br />
c. Perhaps they would’ve sizzled a hole through the gas ball,<br />
but<br />
would they have hit anything?<br />
d. Dribbling a hole through the metal isn’t much different from<br />
ramming a war hammer spike through it. e.<br />
e. I’ve also put grease fittings in the ball ends, by EDMing a<br />
hole through the outer race.<br />
f. I think Tomken was worried about rubbing a hole through it.<br />
g. With patience <strong>and</strong> persistence, you can piss a hole<br />
through a rock.<br />
70
Productivity <strong>and</strong> “The<br />
<strong>Construction</strong>al View”<br />
a. There is a cline of grammatical phenomena from the<br />
totally general to the totally idiosyncratic.<br />
b. Everything on this cline is to be stated in a common<br />
format, from the most particular, such as individual<br />
words, to the most general, such as principles for verb<br />
position, with many sub-regularities in between. That<br />
is, there is no principled divide between ‘lexicon’ <strong>and</strong><br />
‘rules’.<br />
c. At the level of phrasal syntax, pieces of syntax<br />
connected to meaning in a conventionalized <strong>and</strong><br />
partially idiosyncratic way are captured by<br />
constructions. (Goldberg & Jackendoff 2004: 532-533)<br />
71
Fillmore et al. (1988):<br />
[the X-er the Y-er]<br />
“In spite of the fact that it is host to a large<br />
number of fixed expressions, the form has<br />
to be recognized as fully productive. Its<br />
member expressions are in principle not<br />
listable: unlimitedly many new expressions<br />
can be constructed within its pattern, their<br />
meanings constructed by means of<br />
semantic principles specifically tied to this<br />
construction.” (1988: 507)<br />
72
The productivity continuum<br />
73
<strong>Construction</strong> <strong>Grammar</strong>(s)<br />
• <strong>Construction</strong>s are the central organizational<br />
units of language (form-meaning pairings)<br />
• <strong>Construction</strong>al approaches differ from each<br />
other (See Fried & Östman 2004 <strong>and</strong> Goldberg 2006 for details):<br />
– Different notations<br />
– Different (theoretical) goals<br />
– Different views of language (metaphor, motivation,<br />
etc.)<br />
– Others …<br />
74
Different constructionist approaches<br />
75
Different constructionist approaches<br />
76
Notational differences<br />
(we’ve already seen Goldberg’s <strong>and</strong> Boas’ notations)<br />
• Fillmore et al’s “Unification <strong>Construction</strong> <strong>Grammar</strong>”<br />
- Uniform representation of all grammatical properties,<br />
formal <strong>and</strong> functional<br />
- Feature structures with features <strong>and</strong> values: [cat v], [gf –<br />
subj]<br />
77
syntax, semantics, phonology<br />
78
Different sets of features: role, val, rel<br />
79
Give-construction<br />
(Kay & Fillmore 1999)<br />
80
Thank you!<br />
http://www.constructiongrammar.org<br />
http://framenet.icsi.berkeley.edu<br />
82