Performance Prediction of PARALLEL Systems by Simulation. - Emilio Luque; Remo Suppi; Tomàs Margalef; Joan Sorribes; Porfidio Hernández; Eduardo César; Massimo Serranó; C. Ortet; Fernando Cores; J. Falguera (Comput. Artif. Intell., 1998)

STW: Switch Time Warp. A model for rollback reduction in optimistic PDES. - Remo Suppi; Fernando Cores; Massimo Serranó; Emilio Luque (PARCO, 1999)

An Efficient Method for Improving Large Optimistic PDES. - Remo Suppi; Fernando Cores; Emilio Luque (MASCOTS, 2000)

Improving Optimistic PDES in PVM Environments. - Remo Suppi; Fernando Cores; Emilio Luque (PVM/MPI, 2000)

A Fully Scalable and Distributed Architecture for Video-on-Demand. - Fernando Cores; Ana Ripoll; Emilio Luque (PROMS, 2001)

PDES: A Case Study Using the Switch Time Warp. - Remo Suppi; Fernando Cores; Emilio Luque (PVM/MPI, 2001)

Double P-Tree: A Distributed Architecture for Large-Scale Video-on-Demand. - Fernando Cores; Ana Ripoll; Emilio Luque (Euro-Par, 2002)

Cost-effective distributed architecture for large-scale video-on-demand. - Fernando Cores; Ana Ripoll; Emilio Luque (ICME (1), 2002)

Providing Interactive Video on Demand Services in Distributed Architecture. - Bahjat Qazzaz; Remo Suppi; Fernando Cores; Ana Ripoll; Porfidio Hernández; Emilio Luque (EUROMICRO, 2003)

Exploiting Traffic Balancing and Multicast Efficiency in Distributed Video-on-Demand Architectures. - Fernando Cores; Ana Ripoll; Bahjat Qazzaz; Remo Suppi; Xiaoyuan Yang 001; Porfidio Hernández; Emilio Luque (Euro-Par, 2003)

Improving Bandwidth Efficiency In Distributed Video-On-Demand Architectures. - Fernando Cores; Ana Ripoll; Xiaoyuan Yang 001; Bahjat Qazzaz; Remo Suppi; Porfidio Hernández; Emilio Luque (Parallel Process. Lett., 2003)

Supporting Caching and Mirroring in Distributed Video-on-Demand Architectures. - Xiaoyuan Yang 001; Fernando Cores; Ana Ripoll; Porfidio Hernández; Bahjat Qazzaz; Remo Suppi; Emilio Luque (Euro-Par, 2004)

Arquitecturas distribuidas para sistemas de video-baja-demanda a gran escala. - Fernando Cores Prado (2004)

Distributed P2P Merging Policy to Decentralize the Multicasting Delivery. - Xiaoyuan Yang 001; Porfidio Hernández; Ana Ripoll; Remo Suppi; Emilio Luque; Fernando Cores (EUROMICRO-SEAA, 2005)

Dynamic Distributed Collaborative Merging Policy to Optimize the Multicasting Delivery Scheme. - Xiaoyuan Yang 001; Porfidio Hernández; Fernando Cores; Ana Ripoll; Remo Suppi; Emilio Luque (Euro-Par, 2005)

Providing VCR in a Distributed Client Collaborative Multicast Video Delivery Scheme. - Xiaoyuan Yang 001; Porfidio Hernández; Fernando Cores; Ana Ripoll; Remo Suppi; Emilio Luque (Euro-Par, 2006)

Multi-Collaboration Domain Multicast P2P Delivery Architecture for VoD System. - Xiaoyuan Yang 001; Porfidio Hernández; Leandro Souza; Ana Ripoll; Remo Suppi; Emilio Luque; Fernando Cores (ICC, 2006)

Designing a Video-on-Demand System for a Brazilian High Speed Network. - Leandro Souza; Ana Ripoll; Xiaoyuan Yang 001; Porfidio Hernández; Fernando Cores (ICDCS Workshops, 2006)

DVoDP2P: distributed P2P assisted multicast VoD architecture. - Xiaoyuan Yang 001; Porfidio Hernández; Fernando Cores; Leandro Souza; Ana Ripoll; Remo Suppi; Emilio Luque (IPDPS, 2006)

On the Relevance of Network Topologies in Distributed Video-on-Demand Servers. - Leandro Souza; Ana Ripoll; Xiaoyuan Yang 001; Emilio Luque; Fernando Cores (PDP, 2006)

DynaPeer: A Dynamic Peer-to-Peer Based Delivery Scheme for VoD Systems. - Leandro Souza; Fernando Cores; Xiaoyuan Yang 001; Ana Ripoll (Euro-Par, 2007)

Improving VoD P2P Delivery Efficiency over Internet using Idle Peers. - Leandro Souza; Xiaoyuan Yang 001; Javier Aldo Balladini; Ana Ripoll; Fernando Cores (SIGMAP, 2007)

A New Credit-Based Incentive Mechanism for P2P Scheduling with User Modeling. - Josep Rius 002; Fernando Cores; Francesc Solsona (AP2PS, 2009)

A Formal Credit-Based Incentive Model for Sharing Computer Resources. - Josep Rius 002; Ignasi Barri Vilardell; Fernando Cores; Francesc Solsona (Euro-Par (1), 2010)

Cloud-Coffee: implementation of a parallel consistency-based multiple alignment algorithm in the T-Coffee package and its benchmarking on the Amazon Elastic-Cloud. - Paolo Di Tommaso; Miquel Orobitg; Fernando Guirado; Fernando Cores; Toni Espinosa; Cédric Notredame (Bioinform., 2010)

La Evaluación de Competencias en los Trabajos Fin de Estudios. - Elena Valderrama; Mercè Rullán-Ayza; Fermín Sánchez; Jordi Pons; Claudi Mans i Teixidó; Francesc Giné; Gonzalo Seco; Laureà Jiménez; Enric Peig; Julián Carrera; Asunción Moreno; Jordi García 001; et al. (Rev. Iberoam. de Tecnol. del Aprendiz., 2010)

Designing an effective P2P system for a VoD system to exploit the multicast communication. - Xiaoyuan Yang 001; Fernando Cores; Porfidio Hernández; Ana Ripoll; Emilio Luque (J. Parallel Distributed Comput., 2010)

A user-friendly web portal for T-Coffee on supercomputers. - Josep Rius 002; Fernando Cores; Francesc Solsona; Jano I. van Hemert; Jos Koetsier; Cédric Notredame (BMC Bioinform., 2011)

Multiple job co-allocation strategy for heterogeneous multi-cluster systems based on linear programming. - Héctor Blanco; Josep L. Lérida; Fernando Cores; Fernando Guirado (J. Supercomput., 2011)

Exploiting parallelism on progressive alignment methods. - Miquel Orobitg; Fernando Guirado; Cédric Notredame; Fernando Cores (J. Supercomput., 2011)

Enhancing the Scalability of Consistency-based Progressive Multiple Sequences Alignment Applications. - Miquel Orobitg; Fernando Cores; Fernando Guirado; Carsten Kemena; Cédric Notredame; Ana Ripoll (IPDPS, 2012)

Incentive mechanism for scheduling jobs in a peer-to-peer computing system. - Josep Rius 002; Soraya Estrada; Fernando Cores; Francesc Solsona (Simul. Model. Pract. Theory, 2012)

Scalability and accuracy improvements of consistency-based multiple sequence alignment tools. - Miquel Orobitg; Jordi Lladós; Fernando Guirado; Fernando Cores; Cédric Notredame (EuroMPI, 2013)

Cooperative scheduling mechanism for large-scale peer-to-peer computing systems. - Josep Rius 002; Fernando Cores; Francesc Solsona (J. Netw. Comput. Appl., 2013)

Fully distributed authentication with locality exploitation for the CoDiP2P peer-to-peer computing platform. - J. A. M. Naranjo; Fernando Cores; Leocadio González Casado; Fernando Guirado (J. Supercomput., 2013)

Improving multiple sequence alignment biological accuracy through genetic algorithms. - Miquel Orobitg; Fernando Cores; Fernando Guirado; Concepció Roig; Cédric Notredame (J. Supercomput., 2013)

Agent-based PKI for Distributed Control System. - Sergi Blanch-Torne; Fernando Cores; Ramiro Moreno Chiral (WCICSS, 2015)

High Performance computing improvements on bioinformatics consistency-based multiple sequence alignment tools. - Miquel Orobitg; Fernando Guirado; Fernando Cores; Jordi Lladós; Cédric Notredame (Parallel Comput., 2015)

Recovering accuracy methods for scalable consistency library. - Jordi Lladós; Fernando Guirado; Fernando Cores; Josep Lluís Lérida; Cédric Notredame (J. Supercomput., 2015)

PPCAS: Implementation of a Probabilistic Pairwise Model for Consistency-Based Multiple Alignment in Apache Spark. - Jordi Lladós; Fernando Guirado; Fernando Cores (ICA3PP, 2017)

Scalable Consistency in T-Coffee Through Apache Spark and Cassandra Database. - Jordi Lladós; Fernando Cores; Fernando Guirado (J. Comput. Biol., 2018)

Optimization of consistency-based multiple sequence alignment using Big Data technologies. - Jordi Lladós; Fernando Cores; Fernando Guirado (J. Supercomput., 2019)

Energy-saving scheduling on IaaS HPC cloud environments based on a multi-objective genetic algorithm. - Sergi Vila; Fernando Guirado; Josep L. Lérida; Fernando Cores (J. Supercomput., 2019)

Cloud Resources Reassignment Based on CPU and Bandwidth Correlation. - Sergi Vila; Nilson Moraes; Fernando Guirado; Josep L. Lérida; Fernando Cores; Fábio L. Verdi (AINA, 2020)

WPSP: A Multi-correlated Weighted Policy for VM Selection and Migration for Cloud Computing. - Sergi Vila; Josep L. Lérida; Fernando Cores; Fernando Guirado; Fábio L. Verdi (Euro-Par, 2020)

Accurate consistency-based MSA reducing the memory footprint. - Jordi Lladós; Fernando Cores; Fernando Guirado; Josep L. Lérida (Comput. Methods Programs Biomed., 2021)

High throughput BLAST algorithm using spark and cassandra. - Fernando Cores; Fernando Guirado; Josep Lluís Lérida (J. Supercomput., 2021)