Lowering Outage Probability in ad hoc Networks by Nearest Neighbor FDMA Scheduling Ralph Tanbourgi, Jens P. Elsner and Friedrich K. Jondral Karlsruhe Institute of Technology, Germany {ralph.tanbourgi, jens.elsner, friedr

Source URL: www.cel.kit.edu

• Technology
• Fading
• Channel
• Rayleigh fading
• Code division multiple access
• Frequency-hopping spread spectrum
• Frequency-division multiple access
• Wireless ad-hoc network
• Path loss
• Radio resource management
• Telecommunications engineering
• OSI protocols

Lower Bounds on the Success Probability for ad hoc Networks with local FDMA scheduling Ralph Tanbourgi, Jens P. Elsner, Holger J¨akel and Friedrich K. Jondral Karlsruhe Institute of Technology, Germany {ralph.tanbourgi,

Source URL: www.cel.kit.edu

• Spectral theory of ordinary differential equations
• Spectral theory
• Moment-generating function
• Spectrum

Multiple Access Interference Mitigation Through Multi-Level Locally Orthogonal FH-CDMA Jens Elsner, Ralph Tanbourgi and Friedrich K. Jondral Karlsruhe Institute of Technology, Germany {jens.elsner, ralph.tanbourgi, fried

Source URL: www.cel.kit.edu

• Telecommunications engineering
• Technology
• Information theory
• Wireless networking
• Channel access method
• Media Access Control
• Frequency-hopping spread spectrum
• Wireless ad-hoc network
• Carrier sense multiple access with collision avoidance
• Radio resource management
• OSI protocols
• Multiplexing

A Note on Local Receive Channel Scheduling versus Transmit Channel Scheduling in Wireless Multi-Channel Ad Hoc Networks Jens P. Elsner, Ralph Tanbourgi and Friedrich K. Jondral Karlsruhe Institute of Technology, Germany

Source URL: www.cel.kit.edu

A note on Local Receive Channel Scheduling versus Transmit Channel Scheduling in Wireless Ad Hoc Networks Jens P. Elsner, Ralph Tanbourgi, Friedrich K. Jondral ICCIA, Tianjin, December 5, 2010 Communications Engineering

Source URL: www.cel.kit.edu

• Information theory
• Technology
• Wireless
• Media Access Control
• Wireless ad-hoc network
• Frequency-division multiple access
• Spectral efficiency
• Channel
• Multiple Access with Collision Avoidance for Wireless
• Telecommunications engineering
• Radio resource management
• Wireless networking

On the Transmission Capacity of Wireless Multi-Channel Ad Hoc Networks with local FDMA scheduling Jens P. Elsner, Ralph Tanbourgi, Friedrich K. Jondral ICUMT, Moscow, October 18, 2010 Communications Engineering Lab

Source URL: www.cel.kit.edu

• Radio resource management
• Technology
• Data transmission
• Network performance
• Wireless ad-hoc network
• Frequency-division multiple access
• Channel
• Spectral efficiency
• ANT
• Telecommunications engineering
• Information theory
• Wireless networking

A big sh in a small pond: Ability rank and human capital investment∗ Benjamin Elsner †

Source URL: wiwi.uni-mainz.de

• Evaluation
• Knowledge
• Academic transfer
• Evaluation methods
• Educational psychology
• Grade
• Intelligence quotient
• G factor
• Education
• Intelligence
• Intelligence tests

On the Transmission Capacity of Wireless Multi-Channel Ad Hoc Networks with local FDMA scheduling Jens P. Elsner, Ralph Tanbourgi and Friedrich K. Jondral Karlsruhe Institute of Technology, Germany {jens.elsner, ralph.ta

Source URL: www.cel.kit.edu

Distributed Localized Interference Avoidance for Dynamic Frequency Hopping ad hoc Networks Sebastian Koslowski, Jens P. Elsner, Friedrich K. Jondral; Karlsruhe Institute of Technology (KIT) {koslowski, elsner, jondral}

Source URL: www.cel.kit.edu

• Multiplexing
• Technology
• Wireless networking
• Radio technology
• Wireless sensor network
• Frequency-hopping spread spectrum
• Cognitive radio
• Channel
• ANT
• Radio resource management
• Telecommunications engineering
• Computing

Rapid Prototyping of a Frequency Hopping Ad Hoc Network System Martin Braun, Nico Otterbach, Jens Elsner, and Friedrich K. Jondral Communications Engineering Lab, Karlsruhe Institute of Technology (KIT), Germany D-76128

Source URL: www.cel.kit.edu