Publications

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[CelayaAHPCC06] Celaya, J, Arronategui U.  2006.  Scalable Architecture for Allocation of Idle CPUs in a P2P Network. :240-249.
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[1247] Arronategui, U, Celaya J.  2006.  Scalable Architecture for Allocation of Idle CPUs in a P2P Network. 2nd International Conference on High Performance Computing and Communications.
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[1303] Mayordomo, E, Blanco R, Montes E, Mayo R, Alberto A.  2010.  Scalable Phylogenetics through Input Preprocessing.
[HiLuMaSDNC] Hitchcock, JM, Lutz JH, Mayordomo E.  2004.  Scaled dimension and non uniform complexity. Journal of Computer and System Sciences. 69:97-122.
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[HiLuMaSDNCb] Hitchcock, JM, Lutz JH, Mayordomo E.  2003.  Scaled dimension and non uniform complexity. 2719:278-290.
[HiLoMa04] Hitchcock, JM, López-Valdés M, Mayordomo E.  2004.  Scaled dimension and the Kolmogorov complexity of Turing-hard sets. 3153:476-487.
[sdkcthsR] Hitchcock, JM, López-Valdés M, Mayordomo E.  2008.  Scaled Dimension and the Kolmogorov Complexity of Turing-Hard Sets. Theory of Computing Systems. 43:471-497.
[SDIS] López-Valdés, M.  2006.  Scaled dimension of invidual strings.
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[ICReTeSi96] Recalde, L, Teruel E, Silva M.  1996.  SCECS A Class of Modular and Hierarchical Cooperating Systems. 1091:440-459.
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[RP-92-26] Silva, M, Muro P.  1992.  Scheduling en celdas autónomas de ensamblaje basado en un algoritmo de tiempo mínimo en RdP. :55-60.
[1283] Julvez, J, Mahulea C.  2010.  SimHPN: a MATLAB toolbox for continuous Petri nets. 10th International Workshop on Discrete Event Systems.
[1451] Julvez, J, Mahulea C, Vazquez CR.  2012.  SimHPN: a MATLAB toolbox for simulation, analysis and design with hybrid Petri nets. Nonlinear Analysis: Hybrid Systems. 6(2):817.
[RP-81-07] Martínez, J, Silva M.  1981.  A simple and fast algorithm to obtain all invariants of a Generalised Petri Net. :411-421.
[RP-82-02] Martínez, J, Silva M.  1982.  A simple and fast algorithm to obtain all invariants of a generalized Petri net. :301-310.
[RP-80-01] Silva, M.  1980.  Simplification des réseaux de Petri par élimination des places implicites. Digital Processes. :245-256.
[RP-85-10] Villarroel, JL, Silva M.  1985.  Sistema de programación y control de robots con visión artificial. :66-69.
[RP-80-03] Silva, M, Velilla S.  1980.  Sistema especializado en la simulación de redes de Petri sanas. :81-88.
[RP-83-05] Silva, M, Velilla S.  1983.  Sistema manipulador-visión: Aplicaciones no convencionales. :11-28.
[RP-82-05] Silva, M.  1982.  Sistemas concurrentes descritos con RdP: Validación asistida por computador. :126-134.
[LMT-91] Luciañez, JM, Merseguer J, Torralba JM.  1991.  Sistemas de ayuda a las decisiones. Metodología de desarrollo de aplicaciones.
[RP-87-08] Montano, L, Silva M.  1987.  Sistemas modernos de programación de robots. :25-52.
[LG03RR1] López-Grao, JP.  2003.  Sketching architectural concerns on distributed discrete event simulation based on Petri Nets.
[1407] Requeno, JI, Blanco R, de Miguel G, Colom JM.  2012.  Sliced Model Checking for Phylogenetic Analysis. 6th International Conference on Practical Applications of Computational Biology & Bioinformatics (PACBB 2012).
[RP-81-06] Martínez, J, Silva M.  1981.  Sobre la obtención del conjunto de componentes elementales de una RdPG. :287-296.
[RP-82-03] Silva, M, Velilla S.  1982.  Sobre la obtención del conjunto de componentes elementales de una RdPG. 6:155-160.