Daniel Tebben

Johns Hopkins University Applied Physics Laboratory — United States

Engineering · Physical Sciences

7h-index153citations25works0.02yr avg
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Research Topics

Advanced Optical Network Technologies(16), Advanced Photonic Communication Systems(14), Optical Network Technologies(13), Optical Wireless Communication Technologies(5), Opportunistic and Delay-Tolerant Networks(4)

Publications25 total

Characterizing cyber-resiliency
2010· 7 cited
Dynamic topology optimization and transition schemes for assuring connectivity in multihop mobile optical wireless communications networks
2009· 3 cited
Performance analysis using an emulation of the GIG
2009
A testbed to emulate next-generation directional RF and free-space optical tactical networks
2009
Paper ID# 900793.pdf DYNAMIC TOPOLOGY OPTIMIZATIONAND TRANSITION SCHEMES FOR ASSURING CONNECTIVITYIN MULTIHOP MOBILE OPTICAL WIRELESS COMMUNICATIONS NETWORKS
2009
Tenet (tactical edge network emulation tool): A tool for connectivity analysis for tactical scenario
2008· 5 cited
Cross layer optimization in assured connectivity tactical mesh networks
2008· 5 cited
A Control Plane Architecture for Mobile Free Space Optical Network and Directional RF MANETs
2007· 7 cited
Tactical Network Connectivity Planning
2007· 2 cited
DAPR (Distributed Adaptive Precomputed Restoration): An Algorithm for Assured Availability Directional RF and FSO MANET
2007· 11 cited
Delay Tolerant Networking for free-space optical communication systems
2007· 17 cited
Multi-Input Multi-Output Free Space Optical Satellite Communication Links
2007· 6 cited
Limitations and Improvement of Subcarrier Multiplexed Systems over Optical Fiber
VTechWorks (Virginia Tech)·2006
Coherent detection techniques to eliminate power fading in optical subcarrier systems
Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE·2005· 1 cited
Transparent optical protection ring architectures and applications
Journal of Lightwave Technology·2005· 49 cited
<title>Compact low-cost WADM node using multiple-folded 1-layered architecture for optical shared protection ring</title>
Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE·2004
Performance monitoring of optical networks with synchronous and asynchronous sampling
2002· 16 cited
Two-fiber optical channel shared protection ring with 4×4 thermal-optic switches
2002· 3 cited
Network demonstration of 32λ×10 Gb/s across 6 nodes of 640×640 WSXCs with 750 km Raman-amplified fiber
2002· 3 cited
<title>Experimental demonstration of fast-response spectral power equalizer for reconfigurable WDM optical networks</title>
Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE·2002
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Frequent Co-authors

M.J. Soulliere(6), Richard E. Wagner(6), A. Roger Hammons(6), Anurag Dwivedi(6), P. Harshavardhana(6), Anurag Dwivedi(5), I. Lelic(4), L. Guiziou(4), J.-M. Jouanno(4), Ming-Jun Li(3), Robert A. Nichols(3), Maojun Li(3), S. Hilbert(3), Mingming Zhao(3), V. Kaliniouk(3), Jason R. Madsen(3), B. R. Hemenway(3), John D. Downie(2), Dina Hoefer(2), M. Gauland(2)