An Integrated Circuit for Artificial Neural Networks. - Francisco Castillo; Joan Cabestany; Juan Manuel Moreno (IWANN, 1991)

Enhanced unit training for piecewise linear seperation incremental algorithms. - Juan Manuel Moreno; Francisco Castillo; Joan Cabestany (ESANN, 1993)

Region of Influence (ROI) Networks. Model and Implementation. - Francisco Castillo; Joan Cabestany; Juan Manuel Moreno (IWANN, 1993)

Optimiized Learning for Improving the Evolution of Piecewise Linear Separation Incremental Algorithms. - Juan Manuel Moreno; Francisco Castillo; Joan Cabestany (IWANN, 1993)

Improving piecewise linear separation incremental algorithms using complexity reduction methods. - Juan Manuel Moreno; Francisco Castillo; Joan Cabestany (ESANN, 1994)

An analog systolic neural processing architecture. - Juan Manuel Moreno; Francisco Castillo; Joan Cabestany; Jordi Madrenas; Andrzej Napieralski (IEEE Micro, 1994)

Derivation of a new criterion function based on an information measure for improving piecewise linear separation incremental algorithms. - Josep Cugueró; Jordi Madrenas; Juan Manuel Moreno; Joan Cabestany (ESANN, 1995)

A deterministic method for establishing the initial conditions in the RCE algorithm. - Juan Manuel Moreno; F. X. Vazquez; Francisco Castillo; Jordi Madrenas; Joan Cabestany (ESANN, 1995)

A Coprocessor Card for Fast Neural Network Emulation. - Francisco Castillo; Jose A. García 003; Juan Manuel Moreno; Joan Cabestany (IWANN, 1995)

Comparing Implementations of Radial Basis Function Neural Networks on Three Parallel Machines. - N. Maria; Anne Guérin-Dugué; Juan Manuel Moreno; François Blayo (IWANN, 1995)

Digital Hardware Implementation of ROI Incremental Algorithms. - Juan Manuel Moreno; Jordi Madrenas; S. San Anselmo; Francisco Castillo; Joan Cabestany (IWANN, 1995)

Multicontext dynamic reconfiguration and real time probing on a novel mixed signal programmable device with on-chip microprocessor. - Julio Faura; Juan Manuel Moreno; Miguel Angel Aguirre Echánove; Phuoc van Duong; Josep Maria Insenser (FPL, 1997)

Analog Sequential Architecture for Neuro-Fuzzy Models VLSI Implementation. - Juan Manuel Moreno; Jordi Madrenas; Eduard Alarcón; Joan Cabestany (ICANN, 1997)

Practical Design Methodology for Commercial Automatic Coin Recognizers Based on Neural Decision Engines. - Juan Manuel Moreno; Jordi Madrenas; Joan Cabestany; J. R. Laúna (ICONIP (1), 1997)

Improving the Performance of Piecewise Linear Separation Incremental Algorithms for Practical Hardware Implementations. - Alejandro Chinea Manrique De Lara; Juan Manuel Moreno; Jordi Madrenas; Joan Cabestany (IWANN, 1997)

Synthesis and Optimization of a Bit-Serial Pipeline Kernel Processor. - Jordi Madrenas; Gregorio Ruiz; Juan Manuel Moreno; Joan Cabestany (IWANN, 1997)

A Fuzzy Controller for Switching Regulators with Programmable Control Surfaces. - José Matas; Luis García de Vicuña; Mariano López; Juan Manuel Moreno (IWANN, 1997)

Using Classical and Evolutive Neural Models in Industrial Applications: A Case Study for an Automatic Coin Classifier. - Juan Manuel Moreno; Jordi Madrenas; Joan Cabestany; J. R. Laúna (IWANN, 1997)

Feasible Evolutionary and Self-Repairing Hardware by Means of the Dynamic Reconfiguration Capabilities of the FIPSOC Devices. - Juan Manuel Moreno; Jordi Madrenas; Julio Faura; E. Cantó; Joan Cabestany; Josep Maria Insenser (ICES, 1998)

Realization of Self-Repairing and Evolvable Hardware Structures by Means of Implicit Self-Configuration. - Juan Manuel Moreno; Jordi Madrenas; Joan Cabestany; E. Cantó; Rafal Kielbik; Julio Faura; Josep Maria Insenser (Evolvable Hardware, 1999)

A Bipartitioning Algorithm for Dynamic Reconfigurable Programmable Logic. - E. Cantó; Juan Manuel Moreno; Joan Cabestany; Julio Faura; Josep Maria Insenser (FPL, 1999)

The Role of Dynamic Reconfiguration for Implementing Artificial Neural Networks Models in Programmable Hardware. - Juan Manuel Moreno; Joan Cabestany; E. Cantó; Julio Faura; Josep Maria Insenser (IWANN (2), 1999)

Implementation of Virtual Circuits by Means of the FIPSOC Devices. - E. Cantó; Juan Manuel Moreno; Joan Cabestany; Ignacio Lacadena; Josep Maria Insenser (FPL, 2000)

Mixed-signal VLSI for neural and fuzzy sequential processors. - Jordi Madrenas; Eduard Alarcón; Jordi Cosp; Juan Manuel Moreno; Alberto Poveda; Joan Cabestany (ISCAS, 2000)

A temporal bipartitioning algorithm for dynamically reconfigurable FPGAs. - E. Cantó; Juan Manuel Moreno; Joan Cabestany; Ignacio Lacadena; Josep Maria Insenser (IEEE Trans. Very Large Scale Integr. Syst., 2001)

High-Level Partitioning of Digital Systems Based on Dynamically Reconfigurable Devices. - Rafal Kielbik; Juan Manuel Moreno; Andrzej Napieralski; Grzegorz Jablonski; Tomasz Szymanski (FPL, 2002)

Spiking Neural Networks for Reconfigurable POEtic Tissue. - Jan Eriksson; Oriol Torres; Andrew Mitchell; Gayle Tucker; Ken Lindsay; David M. Halliday; Jay R. Rosenberg; Juan Manuel Moreno; Alessandro E. P. Villa (ICES, 2003)

POEtic Tissue: An Integrated Architecture for Bio-inspired Hardware. - Andrew M. Tyrrell; Eduardo Sanchez; Dario Floreano; Gianluca Tempesti; Daniel Mange; Juan Manuel Moreno; Jay R. Rosenberg; Alessandro E. P. Villa (ICES, 2003)

Hardware Optimization of a Novel Spiking Neuron Model for the POEtic Tissue. - Oriol Torres; Jan Eriksson; Juan Manuel Moreno; Alessandro E. P. Villa (IWANN (2), 2003)

Hardware Realization of a Bio-inspired POEtic Tissue. - Juan Manuel Moreno; Yann Thoma; Eduardo Sanchez; Oriol Torres; Gianluca Tempesti (Evolvable Hardware, 2004)

Prototyping with a Bio-Inspired Reconfigurable Chip. - Yann Thoma; Eduardo Sanchez; Daniel Roggen; Carl Hetherington; Juan Manuel Moreno (IEEE International Workshop on Rapid System Prototyping, 2004)

VPart: an automatic partitioning tool for dynamic reconfiguration (abstract only). - Leos Kafka; Rafal Kielbik; Rudolf Matousek; Juan Manuel Moreno (FPGA, 2005)

Implementation of Biologically Plausible Spiking Neural Networks Models on the POEtic Tissue. - Juan Manuel Moreno; Jan Eriksson; Javier Iglesias; Alessandro E. P. Villa (ICES, 2005)

POEtic: A Prototyping Platform for Bio-inspired Hardware. - Juan Manuel Moreno; Yann Thoma; Eduardo Sanchez (ICES, 2005)

POEtic-cubes: acquisition of new qualia through apperception using a bio-inspired electronic tissue. - Raquel Paricio; Juan Manuel Moreno (ACM Multimedia, 2005)

Physical Mapping of Spiking Neural Networks Models on a Bio-inspired Scalable Architecture. - Juan Manuel Moreno; Javier Iglesias; Jan Eriksson; Alessandro E. P. Villa (ICANN (1), 2006)

A Novel Hardware Architecture for Self-adaptive Systems. - Jose Antonio Casas; Juan Manuel Moreno; Jordi Madrenas; Joan Cabestany (AHS, 2007)

PERPLEXUS: Pervasive Computing Framework for Modeling Complex Virtually-Unbounded Systems. - Eduardo Sanchez; Andrés Pérez-Uribe; Andres Upegui; Yann Thoma; Juan Manuel Moreno; Alessandro E. P. Villa; Henri Volken; Andrzej Napieralski; Gilles Sassatelli; Erwan Lavarec (AHS, 2007)

The Perplexus bio-inspired reconfigurable circuit. - Andres Upegui; Yann Thoma; Eduardo Sanchez; Andrés Pérez-Uribe; Juan Manuel Moreno; Jordi Madrenas (AHS, 2007)

BAF: A Bio-Inspired Agent Framework for Distributed Pervasive Applications. - Olivier Brousse; Gilles Sassatelli; Thierry Gil; Yoann Guillemenet; Michel Robert; François Grize; Eduardo Sanchez; Yann Thoma; Andres Upegui; Juan Manuel Moreno; Jordi Madrenas (GEM, 2008)

The PERPLEXUS bio-inspired hardware platform: A flexible and modular approach. - Andres Upegui; Yann Thoma; Eduardo Sanchez; Andrés Pérez-Uribe; Juan Manuel Moreno; Jordi Madrenas; Gilles Sassatelli (Int. J. Knowl. Based Intell. Eng. Syst., 2008)

A Bio-Inspired Agent Framework for Hardware Accelerated Distributed Pervasive Applications. - Olivier Brousse; Jérémie Guillot; Gilles Sassatelli; Thierry Gil; Michel Robert; Juan Manuel Moreno; Alessandro E. P. Villa; Eduardo Sanchez (AHS, 2009)

Strategies in SIMD Computing for Complex Neural Bioinspired Applications. - Jordi Madrenas; Juan Manuel Moreno (AHS, 2009)

Synchronous Digital Implementation of the AER Communication Scheme for Emulating Large-Scale Spiking Neural Networks Models. - Juan Manuel Moreno; Jordi Madrenas; Lukasz Kotynia (AHS, 2009)

JubiTool: Unified design flow for the Perplexus SIMD hardware accelerator. - Olivier Brousse; Jérémie Guillot; Thierry Gil; François Grize; Gilles Sassatelli; Juan Manuel Moreno; Jordi Madrenas; Alessandro E. P. Villa; Henri Volken; Michel Robert (IEEE Congress on Evolutionary Computation, 2009)

SpiNDeK: An Integrated design tool for the multiprocessor emulation of complex bioinspired spiking neural networks. - Michael Hauptvogel; Jordi Madrenas; Juan Manuel Moreno (IEEE Congress on Evolutionary Computation, 2009)

A reconfigurable architecture for emulating large-scale bio-inspired systems. - Juan Manuel Moreno; Jordi Madrenas (IEEE Congress on Evolutionary Computation, 2009)

A Consensus Model for Group Decision Making with Incomplete Unbalanced Fuzzy Linguistic Preference Relations. - Francisco Javier Cabrerizo; Juan Manuel Moreno; Enrique Herrera-Viedma (IFSA/EUSFLAT Conf., 2009)

Implementation of a Dynamic Fault-Tolerance Scaling Technique on a Self-Adaptive Hardware Architecture. - Javier Soto Vargas; Juan Manuel Moreno; Jordi Madrenas; Joan Cabestany (ReConFig, 2009)

A multi-disciplinar recommender system to advice research resources in University Digital Libraries. - Carlos Porcel; Juan Manuel Moreno; Enrique Herrera-Viedma (Expert Syst. Appl., 2009)

Selected Papers from ReCoSoC 2008. - Michael Hübner 001; Juan Manuel Moreno; Gilles Sassatelli; Peter Zipf (Int. J. Reconfigurable Comput., 2009)

A computer-supported learning system to help teachers to teach Fuzzy Information Retrieval Systems. - Enrique Herrera-Viedma; Antonio Gabriel López-Herrera; Sergio Alonso; Juan Manuel Moreno; Francisco Javier Cabrerizo; Carlos Porcel (Inf. Retr., 2009)

D-Fussion: a semantic selective dissemination of information service for the research community in digital libraries. - José M. Morales-del-Castillo; Eduardo Peis; Juan Manuel Moreno; Enrique Herrera-Viedma (Inf. Res., 2009)

Implementation of a Power-Aware Dynamic Fault Tolerant Mechanism on the Ubichip Platform. - Kotaro Kobayashi; Juan Manuel Moreno; Jordi Madrenas (ICES, 2010)

Performance Evaluation and Scaling of a Multiprocessor Architecture Emulating Complex SNN Algorithms. - Giovanny Sánchez; Jordi Madrenas; Juan Manuel Moreno (ICES, 2010)

Analyzing consensus approaches in fuzzy group decision making: advantages and drawbacks. - Francisco Javier Cabrerizo; Juan Manuel Moreno; Ignacio J. Pérez; Enrique Herrera-Viedma (Soft Comput., 2010)

A quality evaluation methodology for health-related websites based on a 2-tuple fuzzy linguistic approach. - Juan Manuel Moreno; José M. Morales-del-Castillo; Carlos Porcel; Enrique Herrera-Viedma (Soft Comput., 2010)

Bioinspired Sensory Integration for Environment-Perception Embedded Systems. - Jordi Madrenas; Daniel Fernández; Jordi Cosp; Juan Manuel Moreno; Luís Martínez-Alvarado; Giovanny Sánchez (BIODEVICES, 2011)

Description of a Fault Tolerance System Implemented in a Hardware Architecture with Self-adaptive Capabilities. - Javier Soto; Juan Manuel Moreno; Joan Cabestany (IWANN (2), 2011)

FATE: One step towards an automatic aging people fall detection service. - Joan Cabestany; Juan Manuel Moreno; Carlos Pérez; Albert Samà; Andreu Català; Alejandro Rodríguez-Molinero; Marc Arnal (MIXDES, 2013)

REMPARK: When AI and technology meet Parkinson Disease assessment. - Joan Cabestany; Carlos Pérez-López; Albert Samà; Juan Manuel Moreno; Àngels Bayés; Alejandro Rodríguez-Molinero (MIXDES, 2013)

A self-adaptive hardware architecture with fault tolerance capabilities. - Javier Soto; Juan Manuel Moreno; Joan Cabestany (Neurocomputing, 2013)

A Pen and Paper Interface for Animation Creation. - Pablo A. Figueroa; Julian Arcos; Diego Rodriguez; Juan Manuel Moreno; Faramarz Samavati (GRAPP, 2014)

Self-adaptive hardware architecture with parallel processing capabilities and dynamic reconfiguration. - Javier Soto Vargas; Juan Manuel Moreno; Jordi Madrenas; Joan Cabestany (ARM@Middleware, 2017)