Power points at tuggyd. Crash Course in CG—Review A language is a structured inventory of...
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Transcript of Power points at tuggyd. Crash Course in CG—Review A language is a structured inventory of...
Review
Association: two concepts coocur together in the mind.
Correspondence: two concepts are taken to be the same.
A B
Review
A B = Full schematicity: B is a (kind of) A.
We are wired to like it when we find schematicity, especially full schematicity.
A B
Review
Concepts typically occur in very complex categories, describable as networks of schematic and partially-schematic relationships.These are ubiquitous in language
P
b
a
h i
e
f
j k
d
c
E1E2 E4
E3
E
E5
g
E6
Review
You have a classical category when the prototype (most prominent member) and highest schema coincide.
But most categories are not classical.
Schema
Mass of subcases none exceptionally
prominent
Review
Semantic structures feature a profile which stands out as figure against a base (cognitive background).
The base is encyclopedic: it contains everything conventionally known about the profiled entity.
Review
Profiles can be classified into categories somewhat similar to traditional parts of speech: Things, Processes, Atemporal Relations. (= Nominal entities, Verbal entities, adj/adv/adpositions).
Syntactic Structures: Valence
Let’s talk about what happens when symbols are joined together.
We already pointed the way in discussing the example of FIRE TRUCK.
The only thing that shows up in all valences (= all types of joinings) is that there is at least one correspondence between a subpart of one symbol’s semantic pole and a subpart of the other’s.
Valence: Correspondence
The profiled Thing of FIRE links to a peripheral (far-fetched) subpart of TRUCK. The profiled Thing of TRUCK links to a peripheral part of FIRE.
can destroy buildings, kill
people
can be quenched, usu.
with water
used to burn garbage and other
undesirables
needs fuelwood, paper,
gases, oil, etc.
produces light, used for lighting
turns the fuel into ash and smoke
etc.used to heat,
especially to cook
hurts if touches your
body
different kinds adapted to
different usages
used to transport heavy loads
has a driver, perhaps others
also riding tires
motor
etc.dangerous to crash with because heavy,
cumbersome
firemenwater water firemenfire
Valence: Correspondence
The fire-fighting scenario, peripheral to both meanings, links between them.
As is typical, there is more than just correspondence.
can destroy buildings, kill
people
can be quenched, usu.
with water
used to burn garbage and other
undesirables
needs fuelwood, paper,
gases, oil, etc.
produces light, used for lighting
turns the fuel into ash and smoke
etc.used to heat,
especially to cook
hurts if touches your
body
different kinds adapted to
different usages
used to transport heavy loads
has a driver, perhaps others
also riding tires
motor
etc.dangerous to crash with because heavy,
cumbersome
firemenwater water firemenfire
Valence: Correspondence
It is somewhat atypical (though by no means really rare) that only peripheral elements are linked in this case, however.
can destroy buildings, kill
people
can be quenched, usu.
with water
used to burn garbage and other
undesirables
needs fuelwood, paper,
gases, oil, etc.
produces light, used for lighting
turns the fuel into ash and smoke
etc.used to heat,
especially to cook
hurts if touches your
body
different kinds adapted to
different usages
used to transport heavy loads
has a driver, perhaps others
also riding tires
motor
etc.dangerous to crash with because heavy,
cumbersome
firemenwater water firemenfire
Valence: Correspondence
More typically the profile of one element is put in correspondence with a very central part of the other.
In the most typical case, it is the profile of a Thing that is put into correspondence with one of the participants in a Relation.
Valence: Correspondence
For instance, consider the phrase (THE) LAMP
ABOVE (THE) TABLE.ABOVE we have already characterized.
oriented space
horizontal
vert
ical
Subj
Obj
ə̍bəv
Valence: Correspondence(THE) LAMP is put in correspondence with the (internal) Subject of above.
This makes it its (external) subject.
oriented space
horizontal
vert
ical
Subj
Obj
ə̍bəvðə̍læmp
Valence: Correspondence(THE) TABLE is put in correspondence with the (internal) Object of above.
This makes it its (external) object.
oriented space
horizontal
vert
ical
Subj
Obj
ə̍bəvðə̍læmp ðə̍te̡
Valence: CorrespondenceAlthough such “predicate-argument” correspondences are typical, they are by no means the only type.
oriented space
horizontal
vert
ical
Subj
Obj
ə̍bəvðə̍læmp ðə̍te̡
Valence: Correspondence(Some syntactic theories have acted as if they were the only type.)
oriented space
horizontal
vert
ical
Subj
Obj
ə̍bəvðə̍læmp ðə̍te̡
Valence: DependenceThe participants in the Relation ABOVE are only characterized schematically: one physical Thing is above another.
oriented space
horizontal
vert
ical
Subj
Obj
ə̍bəvðə̍læmp ðə̍te̡
Valence: DependenceTHE LAMP and THE TABLE elaborate those schemas.
This configuration is also typical.
oriented space
horizontal
vert
ical
Subj
Obj
ə̍bəvðə̍læmp ðə̍te̡
Valence: DependenceIn this case ABOVE is said to depend on THE LAMP and THE TABLE.
oriented space
horizontal
vert
ical
Subj
Obj
ə̍bəvðə̍læmp ðə̍te̡
Valence: DependenceIt needs them; it is not complete without them.
We want to know what is ABOVE what.
oriented space
horizontal
vert
ical
Subj
Obj
ə̍bəvðə̍læmp ðə̍te̡
Valence: DependenceThe schematic structure in one meaning which is elaborated by the other meaning is called an “elaboration site”.
oriented space
horizontal
vert
ical
Subj
Obj
ə̍bəvðə̍læmp ðə̍te̡
Valence: DependenceElaboration sites (e-sites for short) are often cross-hatched in diagrams.
oriented space
horizontal
vert
ical
Subj
Obj
ə̍bəvðə̍læmp ðə̍te̡
Valence: DependenceSo, the (internal) subject and object of ABOVE function, in this construction, as e-sites.
oriented space
horizontal
vert
ical
Subj
Obj
ə̍bəvðə̍læmp ðə̍te̡
Valence: DependenceDependence is measured by two factors:
How prominent is the e-site?
How “schematically distant” from it is its elaboration?
oriented space
horizontal
vert
ical
Subj
Obj
ə̍bəvðə̍læmp ðə̍te̡
Valence: DependenceThink of the e-site as a hole, and the elaboration a peg that fits into the hole, and fills it more or less completely.
oriented space
horizontal
vert
ical
Subj
Obj
ə̍bəvðə̍læmp ðə̍te̡
Valence: DependenceDependence is measured by two factors:
How big/important is the hole?
How completely does the peg fill it?
oriented space
horizontal
vert
ical
Subj
Obj
ə̍bəvðə̍læmp ðə̍te̡
Valence: DependenceSometimes there is no strong dependence.
(FIRE and TRUCK do not depend on each other in FIRETRUCK.)
Dependence often runs in both directions, with each member of a syntagmatic pair depending on the other.
But typically there is an imbalance, with one member more strongly dependent on the other than vice versa.
Valence: ReviewSo we have seen two factors in semantic valences:
Correspondence — there is always some correspondence between subpart(s) of one and of the other.
Dependence — Prototypically one depends on (needs) the other more than vice versa.
Valence: the Composite StructureThese relationships are “horizontal”, i.e. they hold between components of a complex structure.The overall result of the complex structure we will call the composite structure. The composite is typically “more than the sum of the parts”, and must be represented separately.Relations from the components to the composite we may call “vertical” relationships.
Valence: “Vertical” relationshipsIt will be obvious from the examples that there are vertical, as well as horizontal, correspondences.
(Dependence does not operate vertically.)
Valence: HeadshipThe third element of valence is headship.
It is a vertical, not a horizontal, relationship, having to do with with the relationship of the components to the composite.
Essentially, the component that contributes the most (and the most important) specifications to the composite is the head of the construction.
This is a product of Profile determinance coupled with Semantic weight.
Valence: Profile Determinance
The Profile Determinant is the component whose profile is adopted in the composite structure.
It can be recognized because it is schematic for the composite structure.
In FIRETRUCK, TRUCK is clearly the profile determinant.
(A FIRETRUCK is a TRUCK, not a FIRE.)
Valence: Profile Determinance
truck
house fire
different types adapted to
different uses
carries heavy loads
driver
motor
etc.
water
etc.
hotgives light
burns fues
water firemenfirefiremen
waterfiremen
carries firemen, ladders, hoses, water, etc. for combatting fires has siren,
loud horn, flashing
lights
colored red or other
bright color
Valence: Headship
In THE LAMP ABOVE THE TABLE, THE LAMP is profile determinant.
The composite is a lamp (which is above the table), not a table, nor a specific kind of ABOVE relationship.
Valence: Headship
However, in THE LAMP IS ABOVE THE TABLE, IS ABOVE would be profile determinant.
The composite is not a lamp, nor a table, but a specific kind of IS ABOVE imperfective process.
Valence: Headship
Specifying the profile is the most central specification a component can contribute.
Usually, as in the two cases we have just seen, the profile determinant contributes a reasonable proportion of other specifications as well.
In such cases it is also semantic heavyweight, and thus clearly head.
Valence: Headship
Sometimes, however, a structure contributes nothing but the profile, and the other structure is relatively heavy.
E.g. in sensationally, -ly is profile determinant.
In collapsing, -ing is profile determinant.
In such cases, headship is less clear, and linguists argue about it.
Valence: Headship
It is not uncommon to have more than one profile determinant or head.
E.g. stir-fry
E.g. neighbor lady
It is also not terribly uncommon to have none.E.g. scarecrow
But prototypically one element clearly outranks the other(s) as head.
Valence: Headship
Headship is independent of dependenceEither the relatively dependent element may be head,
Or the relatively autonomous element may be.
We already saw this in the cases of THE LAMP ABOVE THE TABLE (where an autonomous element is head) vs. THE LAMP IS ABOVE THE TABLE, where the dependent element is head.
Valence: Headship
Popōkatepētl can mean two different things.
In both meanings tepētl ‘mountain’ is (external) subject of the verb popōka ‘it smokes’.
In both, popōka depends on tepētl, not vice versa.
smoke
heat/fire......
POPŌKA
hard to climb
change of climate, plants
wild animals
etc.peak
TEPĒTL
Valence: Headship
In one meaning, popōka is the profile determinant.
smoke
heat/fire......
POPŌKA
hard to climb
change of climate, plants
wild animals
etc.peak
TEPĒTL
smoke
......
POPŌKATEPĒTL
Valence: Headship
Popōka is a process, and so is popōka-tepētl; in fact a more specific versionof the sameprocess.
smoke
heat/fire......
POPŌKA
hard to climb
change of climate, plants
wild animals
etc.peak
TEPĒTL
smoke
......
POPŌKATEPĒTL
Valence: Headship
The schematicity relationship of course subsumes a number of correspondences.
smoke
heat/fire......
POPŌKA
hard to climb
change of climate, plants
wild animals
etc.peak
TEPĒTL
smoke
......
POPŌKATEPĒTL
Valence: Headship
Every specification of the schema must by definition cor-respond to something in the elaboration.
smoke
heat/fire......
POPŌKA
hard to climb
change of climate, plants
wild animals
etc.peak
TEPĒTL
smoke
......
POPŌKATEPĒTL
Valence: Headship
There is also correspondence from the non-head to part of the composite structure.
smoke
heat/fire......
POPŌKA
hard to climb
change of climate, plants
wild animals
etc.peak
TEPĒTL
smoke
......
POPŌKATEPĒTL
Valence: Headship
In the second meaning, it is tepētl that determines the profile of the composite structure. smoke
heat/fire......
POPŌKA
hard to climb
change of climate, plants
wild animals
etc.peak
TEPĒTL
smoke
......
POPŌKATEPĒTLPOPŌKATEPĒTL
Valence: Headship
Tepētl profiles a mountain, and the composite structure also profiles a quite specific mountain. smoke
heat/fire......
POPŌKA
hard to climb
change of climate, plants
wild animals
etc.peak
TEPĒTL
POPŌKATEPĒTL
Valence: Complements and modifiers
Where one element is clearly head, and one is clearly dependent, we can insightfully characterize two other important traditional notions.If the head is dependent on its companion, that companion is a complement, and you have a head-complement valence.This makes sense: the head by definition needs the complement, and the complement satisfies or completes that need.
Valence: Complements and modifiers
If the head is relatively autonomous, and its companion depends on it, that companion is a modifier, and you have a head-modifier valence.
The modifier adds extra (likely very interesting, but not required) information.
The first meaning we saw for popōkatepētl is a head-complement construction.
Valence: Complements and modifiers
The head means something smokes, and you want to know what.The complement supplies that infor-mation—it’s amountain.
smoke
heat/fire......
POPŌKA
hard to climb
change of climate, plants
wild animals
etc.peak
TEPĒTL
smoke
......
POPŌKATEPĒTL
Valence: Complements and modifiers
The second meaning we saw for popōkatepētl is a head-modifier construction.
Valence: Complements and modifiers
The head means a mountain.
You don’t im-mediately think to ask “What does it do?”
But the modifier tells youanyway.
smoke
heat/fire......
POPŌKA
hard to climb
change of climate, plants
wild animals
etc.peak
TEPĒTL
POPŌKATEPĒTL
Four elements of valence
We have named three elements of valence:Correspondence (horizontal and vertical)
Dependence (horizontal)
Headship (vertical)
A fourth element is constituency.
This comes into play when there are more than two constituents being joined.
It has to do with the order in which they are joined to each other (or separated in analysis).
Valence:Constituency
Given A, B, and C, you can first join A with B, then add C, or B with C and then add A, or all three together, or perhaps other possibilities.
This is traditionally expressed by brackets: [A B] C vs. A [B C] vs. [A B C], and so forth.
In traditional theories of grammar this was very important.
It was also fixed.
Valence:Constituency
It was important that it be fixed, in at least some theories, because it was the basis for characterizing subjects vs. objects, etc.
A result of it being fixed was that when things were clearly not in the specified constituency, some sort of adjustment (“transformation”, “movement”) had to be posited to fix things up.
Valence:Constituency
CG claims it is the most variable and least essential aspect of valence.(External) subjecthood and objecthood are defined on the basis of correspondence with the (internal) subject and object of a Relation; i.e. by what participant is most prominent and which is secondary (or tertiary, etc.)As long as those correspondences, and headship relations, are maintained, the order of assembly (/analysis) doesn’t matter all that much.
oriented spacehorizontal
vert
ical
Valence:Constituency
For instance, you can join ABOVE with THE TABLE to make a composite “prepositional phrase” structure:ABOVE THE TABLE.
oriented space
horizontalve
rtic
al
oriented spacehorizontal
vert
ical
Valence:Constituency
THE LAMP would then be joined to it, to make a composite noun-modifier structure.This is the traditional analysis.CG says it is perfectly possible, and there are even reasons to treat it as the default.
oriented space
horizontalve
rtic
al
oriented spacehorizontal
vert
ical
Valence:Constituency
But it is not the only possible one.
It also works to first join THE LAMP to ABOVE, then add in THE TABLE.
oriented spacehorizontal
vert
ical
oriented space
horizontalve
rtic
al
oriented spacehorizontal
vert
ical
oriented spacehorizontal
vert
ica
l
oriented space
horizontal
vert
ica
l
Valence:Constituency
The same overall composite structure is produced by eitherconsti-tuency.
oriented space
horizontal
vert
ical
oriented spacehorizontal
vert
ical
oriented space
horizontal
vert
ical
oriented spacehorizontal
vert
ical
Valence:Constituency
It is also produced by the tripartite “all-at-once” constituency we saw first.
oriented space
horizontal
vert
ica
l
oriented spacehorizontal
vert
ica
l
Valence:Constituency
The meanings are not identical, but they are close enough for differences to pass un-noticedfor mostpurposes.
oriented spacehorizontal
vert
ica
l
oriented space
horizontal
vert
ica
l
oriented space
horizontal
vert
ical
oriented spacehorizontal
vert
ical
oriented space
horizontal
vert
ical
oriented spacehorizontal
vert
ical
Valence:Constituency
This proves true in many other cases.
Using different constituencies seems to be one of the common ways we differ from one another or from one occasion to another, in our speech.
Sometimes slight timing or intonational differences will signal a change of constituency—CG allows the analysis to be responsive to such subtle clues.
Grounding
Another HUGE topic I cannot pass by without mentioning:
Languages provide many ways to link semantic structures to the “Ground”, i.e. the Speaker and Hearer and the knowledge they share.
Thing entities when grounded are called “Nominals” (=“NP” in older traditions.)
Grounded processual entities are called “Verbals” (= “VP” or “S”.)
GroundingNominal grounding elements include definite and indefinite articles, demonstratives, possessives, certain kinds of quantifiers, etc.Pronouns and proper names are (by definition) already grounded.Verbals often require that their participants (usually nominal) be grounded, i.e. they require Nominal participants.Apart from participant grounding, verbal grounding focuses on the time specification of the profiled Process.Verbal grounding forms include (especially) tense and modal specifications.
A family of constructions
Just to give a picture of how complex structures fit into a network of categories, I would like to take an example in Nawatl.
The word mowan is a combination of mo- ‘you’ + -wan ‘with’. It is a doubly dependent structure, with each member depending strongly on the other.
The composite structure means, essentially, ‘with you’.
A family of constructions
(I will be ignoring the polysemy of -wan, though it does have other meanings.)
Here is a diagram of mowan(I’m using the following representation for the Speech Situation: Speaker communicating with Hearer.)
S H
A family of constructions
Mowan can be more compactly represented as in the second diagram.
YOU WITH
WITH YOU
mo wan
ˈmowan
=space (and other domains?)
mo wan
ˈmowanS H
close vicinity
of the object
close vicinity
of the Hearer
S Hsemantic
space
phonological space
A family of constructions
Mopan means “on you” (ignoring a lot of polysemy here).
YOU WITH
WITH YOU
mo wan
ˈmowan
=space (and other domains?)
mo wan
ˈmowanS H
close vicinity
of the object
close vicinity
of the Hearer
S Hsemantic
space
phonological spacespace
mo pan
ˈmopanS H vert
ical
S Hsemantic
space
phonological space
vert
ical = YOU ON
ON YOU
mo pan
ˈmopan
A family of constructions
Comparing the two naturally gives rise to a schema (mo-P) subsuming them.
This schema also sanctions quite a few other well- established structures (motech, monāwak, etc.)
YOU WITH
WITH YOU
mo wan
ˈmowan YOU ON
ON YOU
mo pan
ˈmopan
YOU ATEMP RELN
ATEMP RELN TO YOU
mo …
ˈmo…
YOU AT
AT YOU
mo teč
ˈmoteč
YOU INSIDE
INSIDE YOU
mo ihtik
ˈmoihtik
YOU NEAR
NEAR YOU
mo nāwak
mo̍nāwak
ETC.
A family of constructions
It may also sanction a very few non-established structures: e.g. ?mo-tzallan ‘between you’, i.e. ‘between your feet/legs’.
YOU WITH
WITH YOU
mo wan
ˈmowan YOU ON
ON YOU
mo pan
ˈmopan
YOU ATEMP RELN
ATEMP RELN TO YOU
mo …
ˈmo…
YOU AT
AT YOU
mo teč
ˈmoteč
YOU INSIDE
INSIDE YOU
mo ihtik
ˈmoihtik
YOU NEAR
NEAR YOU
mo nāwak
mo̍nāwak
YOU BETWEEN
BETWEEN YOU
mo āllān
mo̍ āllān
??ETC.
A family of constructions
Returning to mowan ‘with you’, there are a bunch of related structures like towan ‘with us’, nowan ‘with me’, amowan ‘with you pl.’, and īwan ‘with him/her/it’.
YOU WITH
WITH YOU
mo wan
ˈmowan ME WITH
WITH ME
no wan
ˈnowan
3rd ps WITH
WITH 3rdps
ī wan
ī̍wan
US WITH
WITH US
to wan
ˈtowan
ETC.
A family of constructions
These structures are naturally compared with each other.
Doing so gives rise to a schema, PnObj-wan.
YOU WITH
WITH YOU
mo wan
ˈmowan ME WITH
WITH ME
no wan
ˈnowan
3rd ps WITH
WITH 3rdps
ī wan
ī̍wan
US WITH
WITH US
to wan
ˈtowan
ETC.
Pn WITH
WITH Pn
… wan
…̍..wan
A family of constructions
In similar ways, no-P, to-P, ī-P and other similar “half-lexical” schemas are extracted from specific forms that are also learned.
YOU WITH
WITH YOU
mo wan
ˈmowan ME WITH
WITH ME
no wan
ˈnowan
3rd ps WITH
WITH 3rdps
ī wan
ī̍wan
US WITH
WITH US
to wan
ˈtowan
ETC.
Pn WITH
WITH Pn
… wan
…̍..wan
A family of constructions
They are naturally compared among themselves and give rise to a PnObj-P schema. This is clearly a morphological or syntactic rule.
YOU WITH
WITH YOU
mo wan
ˈmowan
Pn ATEMPRln
ATEMP Rln Pn
… …
……
ETC.
YOU ATEMP RELN
ATEMP RELN TO YOU
mo …
ˈmo…
YOU AT
AT YOU
mo teč
ˈmoteč
ME ATEMP RELN
ATEMP RELN TO ME
no …
no…
US ATEMP RELN
ATEMP RELN TO US
to …
to…
3rd ps ATEMP RELN
ATEMP RELN TO 3rd ps
ī …
ī…
3rd ps AT
AT 3rd ps
ī teč
ī̍teč
A family of constructions
Similarly, the PnObj-pan, PnObj-ihtik and PnObj-nāwak schemas are compared to each other.
The schema that gets extracted turns out to be the same as the PnObj-P schema that is extracted from no-P, mo-P et al.
None of this means that the specific fully lexical combinations are forgotten or expunged from the language.
A family of constructions
There is ample reason to claim that they must be retained.
In particular, the form īwan is very exceptional in a number of ways.
It is among the most common words in the language, occurring hundreds of times more often than any of the other forms (which are by no means all equally common with each other.)
A family of constructions
It also shows an impressive array of polysemous meanings, beyond those of other Pn-wan constructions.
These include a number which are not clearly subcases, but rather partial elaborations, of the Pn-wan schema.
Its most common meaning is ‘and’.
Many cases are ambiguous between an ‘and’ and a ‘with him/her/it’ meaning.
A family of constructions
The PnObj-P family of constructions is part of a larger Obj-P family.
Some P’s take noun-stem objects besides or instead of Pn objects.
–wan does not,
-pan does,
-ko must
A family of constructionsIt does not work to simply have a rule Obj + P, a list of pronouns and noun stems, and a machine to mindlessly apply the potential objects to the prepositions.You will get a lot of really strange forms that way.
Just as one example, a rarely combined noun stem would show up as often as the extremely common prefix ī- ‘3rd person singular object’.You would get noun stems on postpositions that don’t like or even forbid them, and pronouns where they shouldn’t go.
A family of constructions
The PnObj prefixes are actually polysemous / homonymous with possessor prefixes.
So whole families of Possr-N structures tie in.
Some postpositions are rather noun-like, and vice-versa.
By the time you are finished even a reasonably complete description of the Pn-P family of constructions, you have described a very significant chunk of Nawatl grammar.
A family of constructions
Two final points:
1. The proliferation and exuberant interconnection of kinds of constructions really turns some people off. This seems more an esthetic than a defensible theoretical reaction, though some invoke simplicity as a theoretical argument, or supposed unlearnability.
A family of constructions
Responses:Even if it’s ugly, it’s true. There are arguments for its necessity.
Remembering the immanence of schemas, the cloud metaphor (we are looking at droplets in the cloud, and of course it’s complicated!), etc., helps me see it as less onerous to learn, more beautiful, and so forth.
A family of constructions
2. Half-lexical structures are hugely important. Traditionally linguists eschewed them in favor of a combination of lexical items + fully schematic rules.
Though in essence they admitted some as “case-frames”, etc.
If you needed to chose, I’d rather know the half-lexical structures of a language than lexical items and/or syntactic rules without them.
Fortunately, of course, it is not either/or: we have “all of the above”.