W03-0607 |
computational model of the role of
|
motor control
|
in verb acquisition . He argues
|
P11-4007 |
users have lost the voluntary
|
motor control
|
sufficient for such an interface
|
W10-4341 |
e.g. for perceptual analysis ,
|
motor control
|
or components generating nonverbal
|
W10-2008 |
associated with language processing and
|
motor control
|
as a starting point . This means
|
W10-1304 |
provided the user has sufficient
|
motor control
|
to perform the required systematic
|
W03-0610 |
Ripley 's perceptual system , and
|
motor control
|
system , and mental model each
|
W10-1304 |
of novice subjects with typical
|
motor control
|
. We found that language modeling
|
W10-2008 |
language-related processes and
|
motor control
|
processes can run in parallel
|
P11-4007 |
While vision is retained , the
|
motor control
|
impairments extend to eye movements
|
W11-2312 |
. They also have a poor gross
|
motor control
|
, but are able to use their hands
|
W03-0610 |
low level sensory processing and
|
motor control
|
software layers . 3.1 Mechanical
|
W03-0607 |
representations of sequences of
|
motor control
|
actions . In Bailey 's model
|
P10-3007 |
unit used in studies on speech
|
motor control
|
( Namasivayam , 2008 ) . It is
|
W03-0610 |
) , and grounding in terms of
|
motor control
|
programs ( Bailey , 1997 ; Narayanan
|
N07-2044 |
day , whereas users with fine
|
motor control
|
tend to ignore word prediction
|
W13-3906 |
which accommodates the limited
|
motor control
|
abilities of users who have physical
|
J01-2011 |
memory , cultural structure , and
|
motor control
|
-- share some fundamental properties
|
W09-1113 |
combine both mechanisms of visuo -
|
motor control
|
and linguistic processing . Two
|
J99-4009 |
Russian , and Hebrew . 3 . For
|
motor control
|
and abstract aspectual reasoning
|
W03-0607 |
his system comprised of eight
|
motor control
|
features and four perceived world
|