Courmayeur / Ottawa / Vancouver / Oakland / Barcelona / Lofthus / Washington / DC / Phoenix / Hongkong / /
Company
Ad Hoc Networks / Elsevier Nano Communication Networks / Nanotube Radio / Distributed Sensor Networks / S. Capkun / Heterogeneous Sensor Networks / V. D. Gligor / Nano Communication Networks / Elsevier Computer Networks / Ephemeral Ad Hoc Networks / Intrabody Area Networks / Wireless Sensor Networks / Ligand / Mobile Ad Hoc Networks / IEEE Journal / Garland Publishing Inc. / Cyber Physical Systems / John Wiley & Sons / G. / /
Country
Norway / Canada / China / Germany / Italy / Austria / United States / Spain / /
Currency
KRW / / /
Event
Business Partnership / Environmental Issue / /
Facility
University of Ulm / University of Twente / University of Innsbruck / /
IndustryTerm
molecular processing / classical wireless radio transmission / information processing / classical symmetric crypto systems / information carrier / coordinate systems / antenna technology / communication systems / bio-inspired analogue information processing / machinery / communication algorithms / chemical parameters / Wireless On demand Network Systems / Internet attack / food / energy / secure distance bounding protocols / cryptographic solutions / chemical reactions / Energy consumption / sensor networks / conventional communication technologies / data processing / typical applications / cryptographic algorithms / signal energy / sufficient energy / trusted computing platforms / computing / classical cryptographic solutions / wireless communication mechanisms / chemicals / physical systems / security protocols / biochemical solutions / Distance bounding protocols / sensor network / security solutions / classical networks / high-speed and energy-preserving security mechanisms / Internet Security Glossary / secure communication protocols / security solution / inadequate solutions / high energy consumption / classical sensor networks / biological systems / recent solutions / probabilistic solutions / on-demand solutions / ordinary communication networks / released anorganic chemicals / environmental applications / communication media / chemical energy transformation / lightweight algorithms / biological and chemical defense technologies / industrial applications / health care applications / sensor networking domain / Public key solutions / faster and more energy / crypto algorithms / least very lightweight cryptographic processing / vehicular networks / basically transfer existing security solutions / /
OperatingSystem
DoS / /
Organization
Central Intelligence Agency / University of Innsbruck / University of Ulm / University of Twente / International Criminal Court / /
Person
Frank Kargl / Frank Karglb / L. Eschenauer / V / P. Papadimitratos / V / S. Zhu / H. Choi / K. Roberts / / /
Position
model for molecular communication / Actor Networks / Corresponding author / general IT security / Cao / /
ProgrammingLanguage
DC / /
ProvinceOrState
California / Arizona / /
PublishedMedium
the Cell / Communications of the ACM / IEEE Communications Magazine / Molecular Biology / /
Technology
security protocols / antenna technology / communication algorithms / encryption / cryptography / drug delivery / secure communication protocols / Distance-Bounding Protocols / digital signature / pollution control / conventional communication technologies / known algorithms / Distance bounding protocols / secure distance bounding protocols / pheromones / Public key / lightweight algorithms / Mobile Computing / biological and chemical defense technologies / /
Towards Security in Nano-communication: Challenges and Opportunities Falko Dressler∗,a , Frank Karglb,c a Computer and Communication Systems, University of Innsbruck, Austria b Distributed Systems, University of Ulm, G