#25427This paper discusses three research initiatives at PARC that exemplify these themes: a text-image editor\[1\], awordspotter for voice editing and indexing\[12\], and a decoding framework for scanned-document content retrieval\[4\].
tech,14-4-H93-1076,ak
PARC that exemplify these themes : a
<term>
text-image editor
</term>
\ [ 1 \ ] , a
<term>
wordspotter
</term>
#25418This paper discusses three research initiatives at PARC that exemplify these themes: atext-image editor\[1\], a wordspotter for voice editing and indexing\[12\], and a decoding framework for scanned-document content retrieval\[4\].
tech,37-4-H93-1076,ak
indexing
</term>
\ [ 12 \ ] , and a
<term>
decoding framework
</term>
for
<term>
scanned-document content
#25441This paper discusses three research initiatives at PARC that exemplify these themes: a text-image editor\[1\], a wordspotter for voice editing and indexing\[12\], and adecoding framework for scanned-document content retrieval\[4\].
tech,40-4-H93-1076,ak
<term>
decoding framework
</term>
for
<term>
scanned-document content retrieval
</term>
\ [ 4 \ ] . The discussion focuses
#25444This paper discusses three research initiatives at PARC that exemplify these themes: a text-image editor\[1\], a wordspotter for voice editing and indexing\[12\], and a decoding framework forscanned-document content retrieval\[4\].
tech,25-4-H93-1076,ak
\ ] , a
<term>
wordspotter
</term>
for
<term>
voice editing and indexing
</term>
\ [ 12 \ ] , and a
<term>
decoding
#25429This paper discusses three research initiatives at PARC that exemplify these themes: a text-image editor\[1\], a wordspotter forvoice editing and indexing\[12\], and a decoding framework for scanned-document content retrieval\[4\].
tech,5-1-H93-1076,ak
</term>
. Two themes have evolved in
<term>
speech and text image processing work
</term>
at Xerox PARC that expand and redefine
#25332Two themes have evolved inspeech and text image processing work at Xerox PARC that expand and redefine the role of recognition technology in document-oriented applications.
tech,24-1-H93-1076,ak
<term>
recognition technology
</term>
in
<term>
document-oriented applications
</term>
. One is the development of
<term>
#25351Two themes have evolved in speech and text image processing work at Xerox PARC that expand and redefine the role of recognition technology indocument-oriented applications.
tech,13-5-H93-1076,ak
in the research that enable novel
<term>
signal-based document processing functionality
</term>
. We present an implemented
<term>
#25466The discussion focuses on key concepts embodied in the research that enable novelsignal-based document processing functionality.
tech,5-2-H93-1076,ak
</term>
. One is the development of
<term>
systems
</term>
that provide functionality similar
#25359One is the development ofsystems that provide functionality similar to that of text processors but operate directly on audio and scanned image data.
tech,21-1-H93-1076,ak
that expand and redefine the role of
<term>
recognition technology
</term>
in
<term>
document-oriented applications
#25348Two themes have evolved in speech and text image processing work at Xerox PARC that expand and redefine the role ofrecognition technology in document-oriented applications.
tech,13-2-H93-1076,ak
provide functionality similar to that of
<term>
text processors
</term>
but operate directly on
<term>
audio
#25367One is the development of systems that provide functionality similar to that oftext processors but operate directly on audio and scanned image data.
tech,9-3-H93-1076,ak
second , related theme is the use of
<term>
speech and text-image recognition
</term>
to retrieve arbitrary , user-specified
#25388A second, related theme is the use ofspeech and text-image recognition to retrieve arbitrary, user-specified information from documents with signal content.
other,19-2-H93-1076,ak
processors
</term>
but operate directly on
<term>
audio and scanned image data
</term>
. A second , related theme is the
#25373One is the development of systems that provide functionality similar to that of text processors but operate directly onaudio and scanned image data.
other,22-3-H93-1076,ak
user-specified information from documents with
<term>
signal content
</term>
. This paper discusses three research
#25401A second, related theme is the use of speech and text-image recognition to retrieve arbitrary, user-specified information from documents withsignal content.