|Simon Oya||Is Geo-Indistinguishability What You Are Looking for?||WPES'17. Dallas, Texas (US)||Monday, October 30, 2017||2017_WPES_Slides.pdf|
|Simon Oya||Back to the Drawing Board: Revisiting the Design of Optimal Location Privacy-preserving Mechanisms||CCS'17. Dallas, Texas (US)||Thursday, November 2, 2017||CCS-Presentation.pdf|
|Simon Oya||Meet the Family of Statistical Disclosure Attacks||GlobalSIP'13. Austin, Texas (US)||Tuesday, December 3, 2013||2013_GlobalSIP_Poster.pdf|
|Anxo Tato Arias||Link Adaptation and Carriers Detection Errors in Multibeam Satellite Systems with Linear Precoding||Berlin, ASMS conference||Tuesday, September 11, 2018||
The application of linear precoding at the gateway side enables broadband multibeam satellite systems to use more aggressive frequency reuse patterns increasing the overall capacity of future High Throughput Satellites (HTS). However, although some previous works about precoding consider imperfect CSIT (Chanel State Information at the Transmitter) adding some CSI estimation errors, that is not the main cause of CSI degradation. In practice, receivers can only detect and estimate a few coefficients of the CSI vector being the other nullified, replaced by zeros.
|Anxo Tato Arias||Evaluation of New Link Adaptation Techniques for Mobile Satellite Channels (galego)||Friday, October 2, 2015||
Diapositivas da defensa do Proxecto de Fin de Carreira.
|Anxo Tato Arias||Evaluation of New Link Adaptation Techniques for Mobile Satellite Channels (español)||Friday, October 2, 2015||
Diapositivas de la defensa del Proyecto de Fin de Carrera.
|Anxo Tato Arias||Deep Learning Assisted Rate Adaptation in Spatial Modulation Links||ISWCS Oulu (Finland)||Wednesday, August 28, 2019||
The adaptation of Spatial Modulation based links to the channel conditions is challenged by the complicated dependence between performance (either error rate metrics or theoretically achievable rates) and the multiple antenna channel description. In this paper a coding rate selection mechanism is presented based on a carefully selected set of channel features and the proper training of a deep neural network, which all together can satisfy a given error rate bound.
|Anxo Tato Arias||Link Adaptation Algorithms for Dual Polarization Mobile Satellite Systems||Oxford, United Kingdom||Thursday, September 14, 2017||
The use of dual polarization in mobile satellite systems is very promising as a means for increasing the transmission capacity. In this paper a system which uses simultaneously two orthogonal polarizations in order to communicate with the users is studied. The application of MIMO signal processing techniques along with Adaptive Coding and Modulation in the forward link can provide remarkable throughput gains up to 100 % when compared with the single polarization system. The gateway is allowed to vary the MIMO and Modulation and Coding Schemes for each frame.
|Anxo Tato Arias||Evaluation of New Link Adaptation Techniques for Mobile Satellite Channels||Friday, October 2, 2015||
|Anxo Tato Arias||Link Adaptation Techniques for Future Terrestrial and Satellite Communications||Vigo||Friday, December 13, 2019||
Thesis defence presentation.