Slide 24
Slide 24 text
Added
CSK
for
each
noun
he weighted scores for predicates co-occurring with n
sing Harman normalized frequency. A predicate is cor
ommon sense knowledge for a noun when the predic
core is high. The equation of Harman normalized freque
s as follows (n: noun, a: predicate, na,n
: appearance
uency of predicate a with noun n).
TF(a, n) =
log2
(na,n + 1)
log2
( k
nk,n)
• The
following
equa'on
computes
weighted
scores
for
predicates
co-‐occurring
with
noun
using
Harman
normalized
frequency
A
predicate
is
appreciate
as
correct
CSK
for
a
noun
when
the
predicate
score
is
high.
relate), Δ (do), ͔͚Δ (build, hang, run, lack)
Figure 6. The deleting predicates for all noun
se the selected predicates as common sense knowl-
nd add them to each noun. In particular, we calculate
ghted scores for predicates co-occurring with noun
arman normalized frequency. A predicate is correct
n sense knowledge for a noun when the predicate
high. The equation of Harman normalized frequency
llows (n: noun, a: predicate, na,n
: appearance fre-
of predicate a with noun n).
T F (a, n) =
log2
(na,n + 1)
log2
( k
nk,n)
(1)
Figure 6. The deleting predicates for all noun
use the selected predicates as common sense know
nd add them to each noun. In particular, we calcula
ighted scores for predicates co-occurring with nou
Harman normalized frequency. A predicate is corre
n sense knowledge for a noun when the predica
high. The equation of Harman normalized frequen
ollows (n: noun, a: predicate, na,n
: appearance fr
of predicate a with noun n).
TF(a, n) =
log2
(na,n + 1)
log2
( k
nk,n)
(
redicates for all noun
es as common sense knowl-
n. In particular, we calculate
tes co-occurring with noun
ency. A predicate is correct
a noun when the predicate
arman normalized frequency
icate, na,n
: appearance fre-
n n).
(na,n + 1)
B. Evaluatio
We take
their assign
follows (Tab
The propose
noun as the
On the othe
which frequ
much higher
“ݘ (dog)”,
“Ұॹ (be to
:
noun
:
predicate
:
appearance
frequency
of
predicate
a
with
noun
n