Details
Network Infrastructure Security
|
96,29 € |
|
| Verlag: | Springer |
| Format: | |
| Veröffentl.: | 21.04.2009 |
| ISBN/EAN: | 9781441901668 |
| Sprache: | englisch |
| Anzahl Seiten: | 266 |
Dieses eBook enthält ein Wasserzeichen.
Beschreibungen
<P>Research on Internet security over the past few decades has focused mainly on information assurance, issues of data confidentiality and integrity as explored through cryptograph algorithms, digital signature, authentication code, etc. Unlike other books on network information security, Network Infrastructure Security addresses the emerging concern with better detecting and preventing routers and other network devices from being attacked or compromised.</P>
<P>Network Infrastructure Security bridges the gap between the study of the traffic flow of networks and the study of the actual network configuration. This book makes effective use of examples and figures to illustrate network infrastructure attacks from a theoretical point of view. The book includes conceptual examples that show how network attacks can be run, along with appropriate countermeasures and solutions.</P>
<P>Network Infrastructure Security bridges the gap between the study of the traffic flow of networks and the study of the actual network configuration. This book makes effective use of examples and figures to illustrate network infrastructure attacks from a theoretical point of view. The book includes conceptual examples that show how network attacks can be run, along with appropriate countermeasures and solutions.</P>
<P>Research on Internet security over the past few decades has focused mainly on <EM>information assurance</EM>, issues of data confidentiality and integrity as explored through cryptograph algorithms, digital signature, authentication code, etc. Unlike other books on network information security, <EM>Network Infrastructure Security</EM> by Angus Wong and Alan Yeung addresses the emerging concern with better detecting and preventing routers and other network devices from being attacked or compromised.</P>
<P>Attacks to network infrastructure affect large portions of the Internet at a time and create large amounts of service disruption, due to breaches such as IP spoofing, routing table poisoning and routing loops. Daily operations around the world highly depend on the availability and reliability of the Internet, which makes the security of this infrastructure a top priority issue in the field. </P>
<P><EM>Network Infrastructure Security</EM> is a book that bridges the gap between the study of the traffic flow of networks and the study of the actual network configuration. This book makes effective use of examples and figures to illustrate network infrastructure attacks from a theoretical point of view. The book includes conceptual examples that show how network attacks can be run, along with appropriate countermeasures and solutions. </P>
<P>About the authors</P>
<P>Angus Kin-Yeung Wong obtained his BSc and PhD degrees from City University of Hong Kong and is currently an associate professor at Macao Polytechnic Institute. Alan Kai-Hau Yeung obtained his BSc and PhD degrees from the Chinese University of Hong Kong and is currently an associate professor at City University of Hong Kong. Wong and Yeung have been collaborating in network-related research for over 10 years.</P>
<P>Attacks to network infrastructure affect large portions of the Internet at a time and create large amounts of service disruption, due to breaches such as IP spoofing, routing table poisoning and routing loops. Daily operations around the world highly depend on the availability and reliability of the Internet, which makes the security of this infrastructure a top priority issue in the field. </P>
<P><EM>Network Infrastructure Security</EM> is a book that bridges the gap between the study of the traffic flow of networks and the study of the actual network configuration. This book makes effective use of examples and figures to illustrate network infrastructure attacks from a theoretical point of view. The book includes conceptual examples that show how network attacks can be run, along with appropriate countermeasures and solutions. </P>
<P>About the authors</P>
<P>Angus Kin-Yeung Wong obtained his BSc and PhD degrees from City University of Hong Kong and is currently an associate professor at Macao Polytechnic Institute. Alan Kai-Hau Yeung obtained his BSc and PhD degrees from the Chinese University of Hong Kong and is currently an associate professor at City University of Hong Kong. Wong and Yeung have been collaborating in network-related research for over 10 years.</P>
to Network Infrastructure Security.- Network Infrastructure Security #x2019; Switching.- Network Infrastructure Security #x2013; Routing.- Network Infrastructure Security #x2019; Address Configuration and Naming.- Experiments for Illustrating Network Infrastructure Attacks.- Protecting Network Infrastructure – A New Approach.
<P>Research on Internet security over the past few decades has focused mainly on <EM>information assurance</EM>, issues of data confidentiality and integrity as explored through cryptograph algorithms, digital signature, authentication code, etc. Unlike other books on network information security, <EM>Network Infrastructure Security</EM> by Angus Wong and Alan Yeung addresses the emerging concern with better detecting and preventing routers and other network devices from being attacked or compromised.</P>
<P>Attacks to network infrastructure affect large portions of the Internet at a time and create large amounts of service disruption, due to breaches such as IP spoofing, routing table poisoning and routing loops. Daily operations around the world highly depend on the availability and reliability of the Internet, which makes the security of this infrastructure a top priority issue in the field. </P>
<P><EM>Network Infrastructure Security</EM> is a book that bridges the gap between the study of the traffic flow of networks and the study of the actual network configuration. This book makes effective use of examples and figures to illustrate network infrastructure attacks from a theoretical point of view. The book includes conceptual examples that show how network attacks can be run, along with appropriate countermeasures and solutions. </P>
<P>About the authors</P>
<P>Angus Kin-Yeung Wong obtained his BSc and PhD degrees from City University of Hong Kong and is currently an associate professor at Macao Polytechnic Institute. Alan Kai-Hau Yeung obtained his BSc and PhD degrees from the Chinese University of Hong Kong and is currently an associate professor at City University of Hong Kong. Wong and Yeung have been collaborating in network-related research for over 10 years.</P>
<P>Attacks to network infrastructure affect large portions of the Internet at a time and create large amounts of service disruption, due to breaches such as IP spoofing, routing table poisoning and routing loops. Daily operations around the world highly depend on the availability and reliability of the Internet, which makes the security of this infrastructure a top priority issue in the field. </P>
<P><EM>Network Infrastructure Security</EM> is a book that bridges the gap between the study of the traffic flow of networks and the study of the actual network configuration. This book makes effective use of examples and figures to illustrate network infrastructure attacks from a theoretical point of view. The book includes conceptual examples that show how network attacks can be run, along with appropriate countermeasures and solutions. </P>
<P>About the authors</P>
<P>Angus Kin-Yeung Wong obtained his BSc and PhD degrees from City University of Hong Kong and is currently an associate professor at Macao Polytechnic Institute. Alan Kai-Hau Yeung obtained his BSc and PhD degrees from the Chinese University of Hong Kong and is currently an associate professor at City University of Hong Kong. Wong and Yeung have been collaborating in network-related research for over 10 years.</P>
<p>Provides an overview of network infrastructure security, in a market with few books focusing specifically on the protection of network infrastructure, rather than data integrity</p><p>Includes numerous visually accessible expamples of how attacks are implemented in a testing network</p><p>Covers such topics as switching security, routing security, and address configuration and naming</p>
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