Bluetooth And Handheld, Recommendations Of The National, Tom Karygiannis et al. · 2002
This document is a publication of the National Institute of Standards and Technology (NIST) and is not subject to U.S. copyright. Certain commercial products are described in this document as examples only. Inclusion or exclusion of any product does not imply endorsement or non-endorsement by NIST or any agency of the U.S. Government. Inclusion of a product name does not imply that the product is the best or only product suitable for the specified purpose. Acknowledgments The authors wish to express their sincere thanks to numerous members of government, industry, and academia who have commented on this document. First, the authors wish to express their thanks to the staff at Booz Allen Hamilton who contributed to this document. In particular, their appreciation goes to Rick Nicholson, Brendan Goode, Christine Kerns, Sharma Aditi, and Brian Miller for their research, technical support, and contributions to this document. The authors express their appreciation to Bill Burr, Murugiah Souppaya, Tim Grance, Ray Snouffer, Sheila Frankel, and John Wack of NIST, for providing valuable contributions to the technical content of this publication. The authors would also like to express their thanks to security experts Russ Housley, Markus Jacobsson, Jan-Ove Larsson, Simon Josefsson, Stephen Whitlock, Brian Seborg, Pascal Meunier, William Arbaugh, Joesph Kabara, David Tipper, and Prashanth Krishnanmurthy for their valuable comments and suggestions. Finally, the authors wish to thank especially Matthew Gast, Keith Rhodes, and the Bluetooth Special Interest Group for their critical review and feedback during the public comments period. Contributions were also made by Rick Doten, Jerry Harold, Stephen Palmer, Michael D. Gerdes, Wally Wilhoite, Ben Halpert, Susan Landau, Sandeep Dhame...
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George Varghese, Jun Xu · Elsevier eBooks · 2022
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Nathan Larson · 2011
I build a model in which helpful tips and harmful viruses spread through a large social network, modeled as a random graph. The network is generated by the equilibrium actions of individual agents who form links to other agents in the hope of receiving tips. These links also expose agents to viruses, a risk they can mitigate by investing in security. Equilibrium choices at the individual level aggregate to produce tip and virus outbreaks; I characterize how frequent and severe these outbreaks will be. There are both positive and negative network externalities as a denser network spreads both tips and viruses more widely as well as a positive externality from investments in security, and their interplay yields rich and complex comparative statics. For example, while a policy intervention to subsidize security will generally improve welfare, under broad conditions it will also make virus outbreaks more common and more severe. Finally, I determine when the network will be resilient, in the sense that connectivity does not collapse if the ratio of viruses to tips grows large. 1
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Ramezan, Christopher · The Research Repository @ WVU (West Virginia University) · 2019
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Bulletin of Miscellaneous Information (Royal Gardens Kew)
As local area networks grew, so did concerns for network security. This program looks at some early solutions. Demonstrations include FileGuard 2.5 for the Mac, MaccessCard, PhoneNET Liaison 3.0, SiteLock, SecurID, and MailSafe. Guests include security expert and author Cliff Stoll. Originally broadcast in 1991. Copyright 1991 Stewart Cheifet Productions.
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Ramezan, Christopher · The Research Repository @ WVU (West Virginia University) · 2021
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Michael Aaron Starling · The Research Repository @ WVU (West Virginia University) · 2024
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Ramezan, Christopher · The Research Repository @ WVU (West Virginia University) · 2020
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Scott T. Allison, James K. Beggan, George R. Goethals · 2024
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Kenneth C. Budka, Jayant G. Deshpande, Marina Thottan · Computer communications and networks · 2013
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Marcelo Sampaio de Alencar · River Publishers eBooks · 2022
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2006
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Tu München, Prof Carle · 2015
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Sulaimon, Adeniji Adebayo · Theseus (Ammattikorkeakoulujen) · 2012
The rapid increase in computer, mobile applications and wireless networks has globally changed the features of network security. A series of Internet attack and fraudulent acts on companies and individual network have shown us that open computer networks have no immunity from intrusions. \nThe traditional way of protecting computer networks, such as firewalls and software encryption are insufficient and ineffective. The wireless ad-hoc network is susceptible to physical attack or harm due to its feature of open medium dynamic changing topology, monitoring and management point not being centralized, clear line not well defended and cooperative algorithms. \n \nSince the techniques developed on fixed wired networks to detect intruders have been rendered inapplicable in this new environment, the need for ways and methods to develop new architecture and mechanisms to protect mobile computing applications and wireless networks is important. \n \nThis thesis looks into vulnerabilities and mitigations of wireless networks. Many problems small companies are facing due to intruders and attackers are also discussed. Basically, the vulnerabilities and mitigation this thesis examines will be very useful in the underdeveloped and developing nations.
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Perez, André · CERN Bulletin · 2014
This book introduces the security mechanisms deployed in Ethernet, Wireless-Fidelity (Wi-Fi), Internet Protocol (IP) and MultiProtocol Label Switching (MPLS) networks. These mechanisms are grouped throughout the book according to the following four functions: data protection, access control, network isolation, and data monitoring. Data protection is supplied by data confidentiality and integrity control services. Access control is provided by a third-party authentication service. Network isolation is supplied by the Virtual Private Network (VPN) service. Data monitoring consists of applying
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Whelan, Chad · Deakin Research Online (Deakin University) · 2018
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Cannady, James D., Jr. · NSUWorks (Nova Southeastern University) · 2003
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Hatten, Frank · The Research Repository @ WVU (West Virginia University) · 2023
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Martin Lee · Engineering & Technology Reference · 2014
If something is valuable, someone will try to steal it. This is certainly true for computer systems and the networks that connect them. These valuable resources are regularly subject to attack from individuals seeking to compromise both data and functionality of network assets. Protecting against threats requires understanding the types of attacks to which networked systems are exposed, and available means of protection. This study provides an introduction to common attacks with different types of protection. A number of publicised case histories are included to illustrate the damage that can be sustained by successful attacks and the importance of remaining protected against network threats.
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