DSpace Community:http://hdl.handle.net/10261/1132024-03-28T13:48:18Z2024-03-28T13:48:18ZAbout the Fujisaki-Okamoto Transformation in the Code-based Algorithms of the NIST Post-Quantum CallMiguel Ángel González de la TorreLuis Hernández Encinashttp://hdl.handle.net/10261/2866362023-02-13T12:17:25Z2023-01-12T09:48:34ZTítulo: About the Fujisaki-Okamoto Transformation in the Code-based Algorithms of the NIST Post-Quantum Call
Autor: Miguel Ángel González de la Torre; Luis Hernández Encinas
Resumen: Post-quantum encryption schemes use variants of the Fujisaki-Okamoto transformation in order to construct a highly secure key encapsulation mechanism from a weakly secure public key encryption scheme. In the third round of the NIST post-quantum cryptography standardization call, all the candidates for the key encapsulation mechanism category use some of these transformations. This work studies how the mentioned transformations are applied in the code-based candidates of the NIST third round. These are Classic McEliece (finalist), BIKE
(alternative) and HQC (alternative). Studying the differences between the transformations gives a better understanding of these candidates.2023-01-12T09:48:34ZImproving LSTMs’ under-performance in Authorship Attribution for short textsOliva. ChristianPalmero Muñoz, SantiagoLago-Fernández, Luis F.Arroyo Guardeño, Davidhttp://hdl.handle.net/10261/2680912023-01-03T13:07:49Z2022-04-28T08:49:20ZTítulo: Improving LSTMs’ under-performance in Authorship Attribution for short texts
Autor: Oliva. Christian; Palmero Muñoz, Santiago; Lago-Fernández, Luis F.; Arroyo Guardeño, David2022-04-28T08:49:20ZTRESCA 2021 Dataset: Survey experiments in 7 EU countriesDegli Esposti, Sarahttp://hdl.handle.net/10261/2676812022-08-24T12:16:23Z2022-04-22T12:48:36ZTítulo: TRESCA 2021 Dataset: Survey experiments in 7 EU countries
Autor: Degli Esposti, Sara
Resumen: The CSIC team worked in cooperation with the Spanish subsidiary of Dynata to create the electronic versions of the questionnaire available in report D3.1. Dynata Global Spain SL was appointed by CSIC to carry out the data collection in seven EU countries (France, Hungary, Germany, Italy, Netherlands, Poland, and Spain). During February 2021 until the 10th of March, the survey was available to Dynata’s proprietary panel members. Two versions of the questionnaire were used: Appendix One and Appendix Two. App. ONE was administered to people of all ages in France, Germany, Hungary, Italy, the Netherlands, Poland, and Spain. App. TWO was available to people age 16-25 in Germany, the Netherlands and Spain.2022-04-22T12:48:36ZOptimizing Experimental Calibration in Continuous Variable Quantum Key Distribution to Minimize Excess NoiseFernández Mármol, VerónicaRuiz Chamorro, AndrésBlanco Blanco, AlfonsoDenisenko, Nataliahttp://hdl.handle.net/10261/2635632022-06-01T07:59:17Z2022-03-09T18:27:34ZTítulo: Optimizing Experimental Calibration in Continuous Variable Quantum Key Distribution to Minimize Excess Noise
Autor: Fernández Mármol, Verónica; Ruiz Chamorro, Andrés; Blanco Blanco, Alfonso; Denisenko, Natalia
Resumen: Continuous Variable Quantum Key Distribution allows the communication of bit strings between two parties using quantum coherent states and heterodyne detection. This method promises a low-cost implementation and high performance results compared to discrete variable protocols as it uses standard telecommunication technology, such as Software Defined Radio (Universal Software Radio Peripheral), Mach-Zehnder modulators and balanced detectors. It has been proven to be secure against collective and general attacks and its main advantage when using free space channels is that coherent detection is less affected by solar background photons which limits daylight transmission in the discrete-variable counterpart.
Descripción: ICE-6, 6th Quantum Information in Spain Conference. On line conference, 10th to 14th of May 2021
Workshop organized by the MICINN/AEI Spanish
Research Network RITCE RED2018-102707-E
1 poster, 5 figuras2022-03-09T18:27:34Z