Search

Now showing items 1-5 of 5

Frequency-Domain Response Based Timing Synchronization: A Near Optimal Sampling Phase Criterion for TDS-OFDM

Type: Conference Paper

Author : Gao, Zhen; Zhang, Chao; Zhang, Yu; Zhang, Hang

Publisher: IEEE

Year: 2014

Investigating soil pollution with the aid of EMI and GPR measurements

Type: Conference Paper

Author : Van Meirvenne, M.; Van De Vijver, E.; Vandenhaute, L.; Seuntjens, P.

Publisher: IEEE

Year: 2014

SUNRISE project: Porto university testbed

Type: Conference Paper

Author : Martins, R.; Borges de Sousa, J.; Caldas, R.; Petrioli, C.; Potter, J.

Publisher: IEEE

Year: 2014

In-water component retrieval over Case 2 water using Landsat 8: Initial results

Type: Conference Paper

Author : Concha, J.A.; Schott, J.R.

Publisher: IEEE

Year: 2014

Improved substance identification by suppression of multiple-reflection-induced spectral noise

Type: Conference Paper

Author : Ellrich, Frank; Molter, Daniel; Krimi, Soufiene; Jonuscheit, Joachim; von Freymann, Georg; Platte, Frank; Fredebeul, Christoph; Nalpantidis, Konstantinos; Hubsch, Daniel; Wurschmidt, Tobias; Sprenger, Thorsten

Publisher: IEEE

Year: 2014

Search

Frequency-Domain Response Based Timing Synchronization: A Near Optimal Sampling Phase Criterion for TDS-OFDM

Investigating soil pollution with the aid of EMI and GPR measurements

SUNRISE project: Porto university testbed

In-water component retrieval over Case 2 water using Landsat 8: Initial results

Improved substance identification by suppression of multiple-reflection-induced spectral noise

Author

Publisher

Year

Keywords

Type

Language (ISO)

Content Type

Publication Title

Search

Filters

Frequency-Domain Response Based Timing Synchronization: A Near Optimal Sampling Phase Criterion for TDS-OFDM

Investigating soil pollution with the aid of EMI and GPR measurements

SUNRISE project: Porto university testbed

In-water component retrieval over Case 2 water using Landsat 8: Initial results

Improved substance identification by suppression of multiple-reflection-induced spectral noise