N06-1027 |
special characteristics involved in
|
human conversations
|
, messages within a thread are
|
N06-1027 |
quantitative study to analyze
|
human conversation
|
focus in the context of online
|
A97-1010 |
Number of Inter-Utterances In
|
human conversation
|
, most of the repetition repairs
|
J81-4002 |
User-Supplied Changes In normal
|
human conversation
|
, once something is said , it
|
J88-1011 |
solved . Referent identification in
|
human conversation
|
is performed both by describing
|
I05-2016 |
intended actions . In case of
|
human conversations
|
, a speaker usually interrupts
|
E87-1030 |
Abstract Referent identification in
|
human conversation
|
is performed both by describing
|
J88-3002 |
to directly query the user . In
|
human conversation
|
this seems to happen frequently
|
J81-4002 |
rather than spoken as is normal in
|
human conversations
|
. This simplifies low-level processing
|
N06-1027 |
trustworthiness , and speech act analysis of
|
human conversations
|
with feature - oriented link
|
C90-3062 |
Repair in Human Interaction In
|
human conversation
|
there are continual implicit
|
D15-1284 |
computers to understand humor in
|
human conversations
|
and adapt behavior accordingly
|
A00-2037 |
more typical of mixedinitiative
|
human conversation
|
. In this way , we hoped to understand
|
J91-2004 |
interruptions are so important in
|
human conversation
|
, if we want to build natural
|
J91-2004 |
consequences for HCI . After all ,
|
human conversation
|
is spoken , whereas HCI , to
|
J90-1015 |
language . In contrast , human --
|
human conversations
|
are characterized by unpredictability
|
N06-1027 |
be considered a special case of
|
human conversation
|
, and since we have huge repositories
|
H90-1004 |
strong foreign accent , music or
|
human conversations
|
in the background , tone noise
|
D09-1035 |
hearer , systems that analyze
|
human conversations
|
need to be able to extract both
|
N06-1027 |
discussion is a special case of
|
human conversation
|
, where people may express their
|