TV personalization system - Design of a TV show recommender engine and
interface
J. Zimmerman, K. Kurapati, A. Buczak, D. Schaffer, S. Gutta, and J. Martino. PERSONALIZED DIGITAL TELEVISION: TARGETING PROGRAMS TO INDIVIDUAL
VIEWERS, page 27-51. PO BOX 17, 3300 AA DORDRECHT, NETHERLANDS, SPRINGER, (2004)3rd Conference on User Modeling, Johnstown, PA, JUN 23, 2003.
Abstract
The arrival of PVRs (Personal Video Recorders)-tape less devices that
allow for easy navigation and storage of TV content-and the
availability of hundreds of TV channels in US homes have made the task
of finding something good to watch increasingly difficult. In order to
ease this content selection overload problem, we pursued three related
research themes. First, we developed a recommender engine that tracks
users' TV-preferences and delivers accurate content recommendations.
Second, we designed a user interface that allows easy navigation of
selections and easily affords inputs required by the recommender
engine. Third, we explored the importance of gaining users' trust in
the recommender by automatically generating explanations for content
recommendations. In evaluation with users, our smart interface came out
on top beating TiVo's interface and TV Guide Magazine, in terms of
usability, fun, and quick access to TV shows of interest. Further, our
approach of combining multiple recommender ratings-resulting from
various machine-learning methods-using neural networks has produced
very accurate content recommendations.
%0 Conference Paper
%1 ISI:000222775300002
%A Zimmerman, J
%A Kurapati, K
%A Buczak, A
%A Schaffer, D
%A Gutta, S
%A Martino, J
%B PERSONALIZED DIGITAL TELEVISION: TARGETING PROGRAMS TO INDIVIDUAL
VIEWERS
%C PO BOX 17, 3300 AA DORDRECHT, NETHERLANDS
%D 2004
%E Ardissono, L and Kobsa, A and Maybury, M,
%I SPRINGER
%K epg hpi_ism10 recommender tv
%P 27-51
%T TV personalization system - Design of a TV show recommender engine and
interface
%X The arrival of PVRs (Personal Video Recorders)-tape less devices that
allow for easy navigation and storage of TV content-and the
availability of hundreds of TV channels in US homes have made the task
of finding something good to watch increasingly difficult. In order to
ease this content selection overload problem, we pursued three related
research themes. First, we developed a recommender engine that tracks
users' TV-preferences and delivers accurate content recommendations.
Second, we designed a user interface that allows easy navigation of
selections and easily affords inputs required by the recommender
engine. Third, we explored the importance of gaining users' trust in
the recommender by automatically generating explanations for content
recommendations. In evaluation with users, our smart interface came out
on top beating TiVo's interface and TV Guide Magazine, in terms of
usability, fun, and quick access to TV shows of interest. Further, our
approach of combining multiple recommender ratings-resulting from
various machine-learning methods-using neural networks has produced
very accurate content recommendations.
%@ 1-4020-2163-1
@inproceedings{ISI:000222775300002,
abstract = {{The arrival of PVRs (Personal Video Recorders)-tape less devices that
allow for easy navigation and storage of TV content-and the
availability of hundreds of TV channels in US homes have made the task
of finding something good to watch increasingly difficult. In order to
ease this content selection overload problem, we pursued three related
research themes. First, we developed a recommender engine that tracks
users' TV-preferences and delivers accurate content recommendations.
Second, we designed a user interface that allows easy navigation of
selections and easily affords inputs required by the recommender
engine. Third, we explored the importance of gaining users' trust in
the recommender by automatically generating explanations for content
recommendations. In evaluation with users, our smart interface came out
on top beating TiVo's interface and TV Guide Magazine, in terms of
usability, fun, and quick access to TV shows of interest. Further, our
approach of combining multiple recommender ratings-resulting from
various machine-learning methods-using neural networks has produced
very accurate content recommendations.}},
added-at = {2010-03-11T17:23:19.000+0100},
address = {{PO BOX 17, 3300 AA DORDRECHT, NETHERLANDS}},
affiliation = {{Carnegie Mellon Univ, Pittsburgh, PA 15213 USA.}},
author = {Zimmerman, J and Kurapati, K and Buczak, A and Schaffer, D and Gutta, S and Martino, J},
biburl = {https://www.bibsonomy.org/bibtex/254d31a84b28b2c024702709c68a6e81e/datentaste},
booktitle = {{PERSONALIZED DIGITAL TELEVISION: TARGETING PROGRAMS TO INDIVIDUAL
VIEWERS}},
doc-delivery-number = {{BAM00}},
editor = {{Ardissono, L and Kobsa, A and Maybury, M}},
interhash = {4cfda636b4d796419c926972e987cff9},
intrahash = {54d31a84b28b2c024702709c68a6e81e},
isbn = {{1-4020-2163-1}},
keywords = {epg hpi_ism10 recommender tv},
note = {{3rd Conference on User Modeling, Johnstown, PA, JUN 23, 2003}},
number-of-cited-references = {{27}},
pages = {{27-51}},
publisher = {{SPRINGER}},
series = {{HUMAN-COMPUTER INTERACTION SERIES}},
timestamp = {2010-03-11T17:24:49.000+0100},
title = {{TV personalization system - Design of a TV show recommender engine and
interface}},
type = {{Proceedings Paper}},
unique-id = {{ISI:000222775300002}},
year = {{2004}}
}