Publications

IEEE Antennas and Propagation

Young, William F.

Abstract not provided.

Young, William F.

Abstract not provided.

Young, William F.

Abstract not provided.

Stamp, Jason E.; Young, William F.; Page, Karen J.

Abstract not provided.

Cassidy, Regis H.; Clem, John F.; Hutchinson, Robert L.; Pierson, Lyndon G.; Toole, Timothy J.; Torgerson, Mark D.; Vanrandwyk, Jamie V.; Young, William F.; Sholander, Peter E.

Abstract not provided.

Duggan, David P.; Duggan, David P.; Young, William F.

Wireless networking is becoming a common element of industrial, corporate, and home networks. Commercial wireless network systems have become reliable, while the cost of these solutions has become more affordable than equivalent wired network solutions. The security risks of wireless systems are higher than wired and have not been studied in depth. This report starts to bring together information on wireless architectures and their connection to wired networks. We detail information contained on the many different views of a wireless network system. The method of using multiple views of a system to assist in the determination of vulnerabilities comes from the Information Design Assurance Red Team (IDART{trademark}) Methodology of system analysis developed at Sandia National Laboratories.

Draelos, Timothy J.; Draelos, Timothy J.; Torgerson, Mark D.; Berg, Michael J.; Campbell, Philip L.; Duggan, David P.; Van Leeuwen, Brian P.; Young, William F.; Young, Mary L.

Distributed denial of service (DoS) attacks on cyber-resources are complex problems that are difficult to completely define, characterize, and mitigate. We recognize the process-nature of DoS attacks and view them from multiple perspectives. Identification of opportunities for mitigation and further research may result from this attempt to characterize the DoS problem space. We examine DoS attacks from the point of view of (1) a high-level that establishes common terminology and a framework for discussing the DoS process, (2) layers of the communication stack, from attack origination to the victim of the attack, (3) specific network and computer elements, and (4) attack manifestations. We also examine DoS issues associated with wireless communications. Using this collection of views, one begins to see the DoS problem in a holistic way that may lead to improved understanding, new mitigation strategies, and fruitful research.

Young, William F.; Young, William F.; Stamp, Jason E.; Dillinger, John D.; Rumsey, Mark A.

Abstract not provided.

Stamp, Jason E.; Stamp, Jason E.; Dillinger, John D.; Young, William F.; Depoy, Jennifer M.

Abstract not provided.

Tarman, Thomas D.; Witzke, Edward L.; Kellogg, Brian R.; Bauer, Keith C.; Young, William F.

Abstract not provided.