A cognitive radio realization based on a Petri net approach. - Christian Kocks; Alexander Vießmann; Andreas Waadt; Guido Horst Bruck; Peter Jung 002 (ISWCS, 2010)

System implementation study on RSSI based positioning in UWB networks. - Shangbo Wang; Andreas Waadt; Admir Burnic; Dong Xu 012; Christian Kocks; Guido Horst Bruck; Peter Jung 002 (ISWCS, 2010)

Positioning in multiband OFDM UWB utilizing received signal strength. - Andreas Waadt; Shangbo Wang; Christian Kocks; Admir Burnic; Dong Xu 012; Guido Horst Bruck; Peter Jung 002 (WPNC, 2010)

Concept and design of a cognitive radio prototyping platform. - Christian Kocks; Alexander Vießmann; Andrey Skrebtsov; Guido Horst Bruck; Peter Jung 002 (CogART, 2011)

DAB physical layer considerations for a reuse in cognitive radio systems. - Sebastian Rickers; Bangfu Tao; Christian Kocks; Andrey Skrebstov; Guido Horst Bruck; Peter Jung 002 (CogART, 2011)

Combined method for frequency error detection/correction in DAB-based systems. - Andrey Skrebstov; Christian Kocks; Bangfu Tao; Guido Horst Bruck; Sebastian Rickers; Peter Jung 002 (CogART, 2011)

A Spectrum Sensing Prototype for TV White Space in China. - Lei Chen; Jing Qiu; Alexander Vießmann; Christian Kocks; Guido Horst Bruck; Peter Jung 002; Rose Qingyang Hu (GLOBECOM, 2011)

Concept design and performance evaluation of a parametrizable cognitive radio engine. - Christian Kocks; Alexander Vießmann; Guido Horst Bruck; Peter Jung 002 (GLOBECOM, 2012)

On Spectrum Sensing for TV White Space in China. - Christian Kocks; Alexander Vießmann; Peter Jung 002; Lei Chen; Jing Qiu; Rose Qingyang Hu (J. Comput. Networks Commun., 2012)

Wireless Power Transfer H-Bridge design with serial resonance and varying supply voltage. - Sebastian Rickers; Mohammad Elikaee; Zijian Bai; Christian Kocks; Guido Horst Bruck; Peter Jung 002 (ISCAS, 2013)

Two-Dimensional CFD based compartment modeling for dynamic simulation of semi-batch crystallization processes in stirred tank reactors. - Tim Massmann; Christian Kocks; Leonhard Parakenings; Benedikt Weber; Andreas Jupke (Comput. Chem. Eng., 2020)