scispace - formally typeset
Search or ask a question
Institution

NICE Systems

About: NICE Systems is a based out in . It is known for research contribution in the topics: Session (computer science) & Audio signal. The organization has 277 authors who have published 197 publications receiving 5264 citations.


Papers
More filters
Patent
Ronen Laperdon1, Moshe Wasserblat1, Tzach Ashkenazi1, Ido David David1, Oren Pereg1 
10 Mar 2013
TL;DR: In this paper, a computerized method for real-time emotion detection in audio interactions is presented, which includes extracting feature vectors from the speech signal, obtaining a statistical model, producing adapted statistical data by adapting the statistical model according to the speech signals, and obtaining an emotion classification model.
Abstract: The subject matter discloses a computerized method for real time emotion detection in audio interactions comprising: receiving at a computer server a portion of an audio interaction between a customer and an organization representative, the portion of the audio interaction comprises a speech signal; extracting feature vectors from the speech signal; obtaining a statistical model; producing adapted statistical data by adapting the statistical model according to the speech signal using the feature vectors extracted from the speech signal; obtaining an emotion classification model; and producing an emotion score based on the adapted statistical data and the emotion classification model, said emotion score represents the probability that the speaker that produced the speech signal is in an emotional state.

39 citations

Patent
16 Sep 2008
TL;DR: In this article, a method and apparatus for analyzing and segmenting a vocal interaction captured in a test audio source, the test audio audio source captured within an environment, is presented, which first use text and acoustic features extracted from the interaction with tagging information, for constructing a model.
Abstract: A method and apparatus for analyzing and segmenting a vocal interaction captured in a test audio source, the test audio source captured within an environment. The method and apparatus first use text and acoustic features extracted from the interaction with tagging information, for constructing a model. Then, at production time, text and acoustic features are extracted from the interactions, and by applying the model, tagging information is retrieved for the interaction, enabling analysis, flow visualization or further processing of the interaction.

38 citations

Patent
Ezra Daya1, Dimitri Volsky1
01 Mar 2012
TL;DR: In this article, a system and method for identifying an author of a social media interaction is proposed, where a user's social media profile and a customer's contact center profile are compared to determine if the social media user and contact center customer have the same identity.
Abstract: A system and method for identifying an author of a social media interaction. A social media profile may be received for a user interacting in a social media interaction in a social media environment. The social media profile may include identification parameter(s) defining personal information registered to the user in the social media environment and content parameter(s) defining content of the user's social media interaction. For each of a plurality of customers registered in a contact center environment, a contact center profile may be received for the customer including identification parameter(s) defining personal information registered to the customer in the contact center environment and content parameter(s) defining content of the customer's past contact center interactions. The user's social media profile and customer's contact center profile may be compared to determine if the social media user and contact center customer have the same identity.

38 citations

Patent
09 May 2007
TL;DR: In this article, a method and apparatus for revealing business or organizational aspects of an organization in audio signals captured from interactions, broadcasts or other sources is proposed, which activate an efficient process to detect events within the audio signal and then activate a more resource-consuming additional process around the detected events, thus enhancing efficiency of the process.
Abstract: A method and apparatus for revealing business or organizational aspects of an organization in audio signals captured from interactions, broadcasts or other sources. The method and apparatus activate an efficient process to detect events within the audio signal, and then activate a more resource-consuming additional process around the detected events, thus enhancing efficiency of the process. The detected events and the output of the additional process are analyzed by an analysis process to reveal business aspects, terms, or other events in the audio signal. The analysis results, and possibly the events and output of the additional processing are optionally presented to a user.

36 citations

Patent
Moshe Wasserblat1, Oren Pereg1, Tsvika Rabkin1, Dvir Hofman1, Ilan Kor1, Ilan Yossef1 
01 Feb 2007
TL;DR: In this article, the authors propose a method and apparatus for automated categorization of an interaction between a member of an organization and a second party. But the method comprises defining one or more criteria and one or multiple categories, wherein each category relates to a combination of one or several criteria.
Abstract: A method and apparatus for automated categorization of an interaction between a member of an organization and a second party. The method comprises defining one or more criteria and one or more categories, wherein each category relates to a combination of one or more criteria. The criteria involve data extracted from the interactions as well as external data. Each interaction is checked against the criteria, and is then assigned to one or more categories according to the met criteria. An optional evaluation of the categorization step, and improvement of the categorization if the evaluation results fall below a threshold are disclosed.

36 citations


Authors

Showing all 277 results

NameH-indexPapersCitations
Yaniv Zigel21792170
Moshe Wasserblat21311164
Oren Pereg20311674
J. D. McFall19251862
Eyal Kolman1238450
Moshe Levin1228602
Yuval Lubowich1216529
Leon Portman1117438
Dan Eylon1115777
Ezra Daya1014320
Eran Halbraich910290
Igal Dvir813902
Moshe Wasserblat830491
Ronen Laperdon88224
Yaniv Gurwicz818215
Network Information
Related Institutions (5)
Centre National D'Etudes Spatiales
3.3K papers, 70.4K citations

72% related

Heinrich Hertz Institute
2.9K papers, 82.1K citations

71% related

Deutsche Telekom
5.2K papers, 65.4K citations

71% related

Télécom ParisTech
7.7K papers, 191.4K citations

71% related

Albert Einstein Institution
995 papers, 67K citations

71% related

Performance
Metrics
No. of papers from the Institution in previous years
YearPapers
20192
20181
20171
20168
201514
201423