Call control device and call control method
Makoto Kato, Masahiko Hashimoto · The Journal of the Acoustical Society of America · 2007
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About 10,000 papers for “Call control”
Makoto Kato, Masahiko Hashimoto · The Journal of the Acoustical Society of America · 2007
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Rogelio Martínez Perea · Elsevier eBooks · 2008
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Ravi Jain, Farooq Anjum · 2001
Future telecommunications networks will consist of integrated packet-switched (IP and/or ATM), circuit-switched (PSTN) and wireless networks. Service providers will offer a wide portfolio of innovative applications over these integrated networks. Doing so rapidly and efficiently requires open network APIs, with a key API being that for call control as well as coordination and transactions. The JAIN community is defining an API for Java Call Control (JCC). The JCC API defines the interface for applications to initiate and manipulate calls. Note that in this context a call refers to a multimedia, multiparty, multi-protocol communications session. The JCC Edit Group of JAIN has defined the first version of the JCC API specification, which has been released in January 2001. This chapter describes the basic motivation and design of JCC 1.0.
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Pt Puretesting · 2014
The paper presents the architecture of a web based interactive voice response system using Voice XML. The paper includes a discussion on the architecture of the IVR system, its components, and a detailed description of the functionality of VXML Interpreter and its use in IVR systems. It also describes the integration of VXML Interpreter, CCXML Interpreter and the related media & telephony resources. Finally it presents performance measurement techniques and technical proposal for increasing the performance of such a system.
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S. Karapantazis, Petia Todorova, Franco Davoli et al. · 2007
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KARAPANTAZIS S, TODOROVA P, FERRO E. et al. · CINECA IRIS Institutial Research Information System (University of Genoa) · 2007
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Martin H. Weik · 2000
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Hamada Alshaer, Prof Eric Horlait · 2008
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Shigefusa Suzuki, Takeshi Ihara, Yoshiaki Shikata · Wireless Networks · 1997
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Udo Adamy, Christoph Ambuehl, Rohit Anand et al. · Lecture notes in computer science · 2002
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S. Suzuki, T. Ihara, Y. Shikata et al. · 2002
PHS (Personal-Handy-phone System) provides economical wireless access services and represents the first step towards personal telecommunications. The PHS service has been provided since July 1995, in Japan. We describe terminating call control for PHS, which is achieved by simultaneously forwarding a terminating call message. We show the advantage of forwarding a terminating call message twice at the network by using a mathematical model. Finally, we propose a secure control method for the terminating call in order to prevent fraudulent access.
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R R Knight, S. E. Norreys, J. R. Harrison · Institution of Engineering and Technology eBooks · 2001
This chapter has given a comprehensive introduction to how the bearer-independent call control offers a complete network solution to provide fully all of the existing PSTN/ISDN services into networks utilising technologies other than circuit switched. While there has been considerable work on SIP to try to emulate PSTN/ ISDN services, BICC offers an immediate solution to public network operators with a large customer base. A further advantage of BICC could be that it will enable SIP to develop independently of the current circuit-switched services, and therefore more efficiently provide exciting new communications possibilities without being restricted by legacy technology and services.
Cited by 2
Udo Adamy, Christoph Ambühl, Rohit Anand et al. · Algorithmica · 2007
Cited by 9Open access
Ben Campbell · 2001
Cited by 1
Anton Tveretin · 2017
This memo defines a mechanism by which a SIP user agent could inspect calls at another user agent, and control a call, including picking up for itself.
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Rohit Anand, Thomas Erlebach, Alexander Hall et al. · Lecture notes in computer science · 2002
Cited by 1
Alan Johnston, A. Hutton · 2010
This document defines SIP extensions for session recording to meet the requirements in the Requirements for SIP-based Media Recording (SIPREC) document. In particular, mechanisms to allow SIP elements to distinguish between the Recording Session and the Communication Session. Also a mechanism for a UA to learn that the communication session is being recorded is proposed. The Metadata about the session is not covered by this document. SIP feature tags 'srs', 'src', and 'recorded' are defined to identify the Session Recording Server, Session Recording Client, and the presence of recording in the communication session.
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Registered In England No, Service Description · 2015
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Rohit Anand, Thomas Erlebach, Alexander Hall et al. · Journal of Computer and System Sciences · 2003
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L. Jendresky, John E. Bloom, S. Hiedtmann et al. · American Journal of Infection Control · 1994
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