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4. three-place inf. object:
John tried to give Mary a kiss.
5. inf. with prepositional object:
Julia tried to put the flower in a vase.
6. inf. with object sentence recursion:
Julia tried to say that Bill believes
that Mary suspects that Susy knows that Lucy loves Tom
. ...
The
try
class of concepts is defined as a two-place verb which can take (i)
an infinitive or (ii) a noun as its object. The implicit subject of the infinitive
equals the subject of the matrix concept (subject control). As indicated by
the examples 2-6 in 8.5.1, the choice of the verb representing the infinitive
is completely unrestricted in that it may be one-place, two-place, or three-
place; taking a prepositional object, an object sentence, or an iteration of object
sentences; and so on.
These properties may be formalized as the following schema:
8.5.2 D
EFINITION OF
try
CLASS INFINITIVES
verb
\
verb
noun
\
verb
⎡
⎣
⎤
⎦
verb:
α
arg:
γβ
noun:
β
fnc:
α
verb:
α
arg:
γβ
verb:
β
fnc:
α
arg:
γ
X
to read try cookie try
(examples of matching proplets,
for illustration only)
where
α
{begin, can afford, choose, decide, expect, forget, learn, like, manage, need, offer, plan,
prepare, refuse, start, try, want}
Selectional constellations
:
matrix verb
α
subject
γ
infinitival object
β
begin 18 992
people 204, men 55, government 54, number 49, . . .
feel 528, be 492, take 371, . . .
can afford 1841 ...
...
...
matrix verb
α
subject
γ
nominal object
β
begin 6 642
government 32, people 26, commission 24, . . .
work 206, career 141, life 113, . . .
can afford 1542 ...
...
...
As in the schema 8.4.3, the infinitive's wide range of possible objects is indi-
cated by the variable X in the first schema (cf.
[arg:
X]
).
Definition 8.5.2 refines 8.4.3 as follows. It (i) lists all possible matrix verb
concepts of the
try
class as a restriction on the variable
γ
. It (ii) provides an
alternative schema for a noun object instead of an infinitive. And it (iii) lists
the
selectional constellations
between each matrix verb
α
α
, its subjects
γ
and
its infinitival or nominal objects
as n-tuples, for n=3. The numbers represent
the actual BNC frequencies for each constellation, in decreasing order.
16
β
16
Thanks to T. Proisl for determining the BNC frequencies in 8.5.2 and 8.5.3. The restrictions on the
variable
α
were gleaned from Sorensen (1997). In contradistinction to the
selectional restrictions
of
generative grammar (e.g., Klima 1964), the
selectional constellations
of DBS record the distributional
facts in a corpus. For the results to be compelling, an RMD corpus should be used.
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