This book provides a comprehensive view of the emerging
standards for Vo IP emergency calling from an International
perspective
In this book, the authors provide a treatment of the Vo IP
emergency calling process that is both comprehensive, looking at
all aspects of emergency calling, and practical, providing
technical details on how such functions can be implemented. In
addition, the authors describe the standardization efforts of the
Internet Engineering Task Force who are currently working to
improve the situation for Vo IP emergency calls. The book provides
an overview of emergency calling with a particular focus on the
ECRIT emergency calling architecture, and discusses considerations
related to implementation, deployment, and regulation of
next-generation emergency calling. It also takes a look at
practical aspects of emergency calling, with a set of exercises to
help the reader get familiar with the technologies involved.
Key Features:
* Comprehensive view of emerging standards for Vo IP emergency
calling from an international perspective
* Practical guides for implementing the core of the emergency
calling architecture
* Architectural, practical, and regulatory perspectives
* Written by experts working on the development of emergency
calling architectures and its implementation
* Includes an accompanying website with open-source software
packages (href=’http://www.voip-sos.net/’>http://www.voip-sos.net/)
This book will be an invaluable resource for product managers
and developers, equipment vendors, network operators, emergency
service providers, and telecommunications regulators. Industry
professionals interested in standards compliance will also find
this book of interest.
表中的内容
Foreword.
Useful Links.
List of Abbreviations.
1 Introduction.
1.1 Calling over the Internet.
1.2 Vo IP Emergency Calling Problem Statement.
1.3 Emergency Communication.
1.4 Overview of this Book.
References.
2 Emergency Calling.
2.1 Overview.
2.2 Infrastructure Requirements.
2.3 The Role of Location Information.
References.
3 The ECRIT Emergency Calling Architecture.
3.1 Overview.
3.2 Location Information.
3.3 Service URNs.
3.4 Determining the Appropriate PSAP – the Lo STProtocol.
3.5 The Emergency Call Itself.
3.6 Home Dial String Configuration via Lo ST.
3.7 Deployment Models.
3.8 Considerations for Proxies.
3.9 Standardization.
3.10 Summary.
References.
4 Including Location Information.
4.1 Location Configuration.
4.2 Positioning Using GPS.
4.3 Network-Based Positioning.
4.4 Location Hiding.
4.5 Default Location.
References.
5 Implementation and Regulatory Considerations.
5.1 Distribution of Implementation Tasks.
5.2 Austria.
5.3 The United States.
5.4 The European Union.
5.5 Japan.
5.6 Summary.
References.
6 Vo IP Emergency Calling in Practice.
6.1 Software.
6.2 Practice Exercises.
References.
7 Security.
7.1 ECRIT Security.
7.2 Location Security.
References.
8 Ongoing Emergency Calling Work.
8.1 Prototyping, Implementation, and Interoperability.
8.2 Ongoing Standardization Issues.
8.3 Ongoing Implementation Issues.
References.
9 Summary and the Outlook for the Future.
Index.
关于作者
Dr. Karl Heinz Wolf, NIC.AT, Austria
Karl Heinz Wolf studied Electrical Engineering and Computer Science at the Technical University of Vienna. Since his thesis work, he has focused on Vo IP-related technologies, and now works for NIC.AT, which he joined in June 2007. In addition, Karl has contributed to a number of projects related to Vo IP-based emergency calls. Furthermore, he has developed several prototypes of emergency calling technologies and is active in emergency-relevant working groups in the IETF.
Richard Barnes, BBN Technologies, USA
Richard Barnes is a leader in standards related to security and real-time applications on the Internet. He currently chairs the IETF GEOPRIV working group, and serves on the program committee for the Emergency Services Workshop. In addition, as a scientist at BBN Technologies, he leads efforts to prototype geolocation and emergency services technologies.
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