Bio-inspired Systems: Computational And Ambient Intelligence: 10th International Work-conference On Artificial Neural Net by Joan CabestanyBio-inspired Systems: Computational And Ambient Intelligence: 10th International Work-conference On Artificial Neural Net by Joan Cabestany

Bio-inspired Systems: Computational And Ambient Intelligence: 10th International Work-conference On…

byJoan CabestanyEditorFrancisco Sandoval, Alberto Prieto

Paperback | June 8, 2009

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This volume presents the set of final accepted papers for the tenth edition of the IWANN conference "International Work-Conference on Artificial neural Networks" held in Salamanca (Spain) during June 10-12, 2009. IWANN is a biennial conference focusing on the foundations, theory, models and applications of systems inspired by nature (mainly, neural networks, evolutionary and soft-computing systems). Since the first edition in Granada (LNCS 540, 1991), the conference has evolved and matured. The list of topics in the successive Call for - pers has also evolved, resulting in the following list for the present edition: 1. Mathematical and theoretical methods in computational intelligence. C- plex and social systems. Evolutionary and genetic algorithms. Fuzzy logic. Mathematics for neural networks. RBF structures. Self-organizing networks and methods. Support vector machines. 2. Neurocomputational formulations. Single-neuron modelling. Perceptual m- elling. System-level neural modelling. Spiking neurons. Models of biological learning. 3. Learning and adaptation. Adaptive systems. Imitation learning. Reconfig- able systems. Supervised, non-supervised, reinforcement and statistical al- rithms. 4. Emulation of cognitive functions. Decision making. Multi-agent systems. S- sor mesh. Natural language. Pattern recognition. Perceptual and motor functions (visual, auditory, tactile, virtual reality, etc.). Robotics. Planning motor control. 5. Bio-inspired systems and neuro-engineering. Embedded intelligent systems. Evolvable computing. Evolving hardware. Microelectronics for neural, fuzzy and bio-inspired systems. Neural prostheses. Retinomorphic systems. Bra- computer interfaces (BCI). Nanosystems. Nanocognitive systems.
Title:Bio-inspired Systems: Computational And Ambient Intelligence: 10th International Work-conference On…Format:PaperbackDimensions:1356 pages, 23.5 × 15.5 × 0.01 inPublished:June 8, 2009Publisher:Springer-Verlag/Sci-Tech/TradeLanguage:English

The following ISBNs are associated with this title:

ISBN - 10:3642024777

ISBN - 13:9783642024771

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Table of Contents

Theoretical Foundations and Models.- Lower Bounds for Approximation of Some Classes of Lebesgue Measurable Functions by Sigmoidal Neural Networks.- A Wavelet Based Method for Detecting Multiple Encoding Rhythms in Neural Networks.- Switching Dynamics of Neural Systems in the Presence of Multiplicative Colored Noise.- Gradient Like Behavior and High Gain Design of KWTA Neural Networks.- Fast Evaluation of Connectionist Language Models.- Improving the Consistency of AHP Matrices Using a Multi-layer Perceptron-Based Model.- Global and Local Modelling in Radial Basis Functions Networks.- A Preliminar Analysis of CO2RBFN in Imbalanced Problems.- Feature Selection in Survival Least Squares Support Vector Machines with Maximal Variation Constraints.- A Simple Maximum Gain Algorithm for Support Vector Regression.- Domains of Competence of Artificial Neural Networks Using Measures of Separability of Classes.- Self-estimation of Data and Approximation Reliability through Neural Networks.- FPGA Implementations Comparison of Neuro-cortical Inspired Convolution Processors for Spiking Systems.- Learning and Adaptation.- Nonparametric Location Estimation for Probability Density Function Learning.- An Awareness-Based Artificial Neural Network for Cooperative Distributed Environments.- Improving Classification under Changes in Class and Within-Class Distributions.- Improving Training in the Vicinity of Temporary Minima.- Convergence in an Adaptive Neural Network: The Influence of Noise Inputs Correlation.- Adaptative Resonance Theory Fuzzy Networks Parallel Computation Using CUDA.- A Supervised Learning Method for Neural Networks Based on Sensitivity Analysis with Automatic Regularization.- Ensemble Methods for Boosting Visualization Models.- New Artificial Metaplasticity MLP Results on Standard Data Base.- Self-organizing Networks, Methods and Applications.- Probabilistic Self-Organizing Graphs.- Spicules for Unsupervised Learning.- Topology Preserving Visualization Methods for Growing Self-Organizing Maps.- Making Standard SOM Invariant to the Initial Conditions.- The Complexity of the Batch Neural Gas Extended to Local PCA.- Self Organized Dynamic Tree Neural Network.- Development of Neural Network Structure with Biological Mechanisms.- Fuzzy Systems.- Fuzzy Logic, Soft Computing, and Applications.- A Similarity-Based WAM for Bousi<_prolog.-20_on20_the20_declarative20_semantics20_of20_multi-adjoint20_logic20_programs.-20_a20_complete20_logic20_for20_fuzzy20_functional20_dependencies20_over20_domains20_with20_similarity20_relations.-20_rfuzzy3a_20_an20_expressive20_simple20_fuzzy20_compiler.-20_overcoming20_non-commutativity20_in20_multi-adjoint20_concept20_lattices.-20_evolutionary20_fuzzy20_scheduler20_for20_grid20_computing.-20_improving20_the20_performance20_of20_fuzzy20_rule20_based20_classification20_systems20_for20_highly20_imbalanced20_data-sets20_using20_an20_evolutionary20_adaptive20_inference20_system.-20_a20_t-norm20_based20_approach20_to20_edge20_detection.-20_evolutionary20_computation20_and20_genetic20_algoritms.-20_applying20_evolutionary20_computation20_methods20_to20_formal20_testing20_and20_model20_checking.-20_applying20_evolutionary20_techniques20_to20_debug20_functional20_programs.-20_aiding20_test20_case20_generation20_in20_temporally20_constrained20_state20_based20_systems20_using20_genetic20_algorithms.-20_creation20_of20_specific-to-problem20_kernel20_functions20_for20_function20_approximation.-20_combining20_genetic20_algorithms20_and20_mutation20_testing20_to20_generate20_test20_sequences.-20_testing20_restorable20_systems20_by20_using20_rfd.-20_rcga-s2f_rcga-sp20_methods20_to20_minimize20_the20_delta20_test20_for20_regression20_tasks.-20_an20_evolutionary20_hierarchical20_clustering20_method20_with20_a20_visual20_validation20_tool.-20_an20_adaptive20_parameter20_control20_for20_the20_differential20_evolution20_algorithm.-20_parallelizing20_the20_design20_of20_radial20_basis20_function20_neural20_networks20_by20_means20_of20_evolutionary20_meta-algorithms.-20_a20_genetic20_algorithm20_for20_ann20_design2c_20_training20_and20_simplification.-20_pattern20_recognition.-20_graph-based20_representations20_in20_pattern20_recognition20_and20_computational20_intelligence.-20_kernelization20_of20_softassign20_and20_motzkin-strauss20_algorithms.-20_connectivity20_forests20_for20_homological20_analysis20_of20_digital20_volumes.-20_energy-based20_perceptual20_segmentation20_using20_an20_irregular20_pyramid.-20_hierarchical20_graphs20_for20_data20_clustering.-20_real20_adaboost20_ensembles20_with20_emphasized20_subsampling.-20_using20_the20_negentropy20_increment20_to20_determine20_the20_number20_of20_clusters.-20_a20_wrapper20_method20_for20_feature20_selection20_in20_multiple20_classes20_datasets.-20_formal20_languages20_in20_linguistics.-20_new20_challenges20_in20_the20_application20_of20_non-classical20_formal20_languages20_to20_linguistics.-20_pneps2c_20_neps20_for20_context20_free20_parsing3a_20_application20_to20_natural20_language20_processing.-20_a20_hyprolog20_parsing20_methodology20_for20_property20_grammars.-20_adaptable20_grammars20_for20_non-context-free20_languages.-20_3f_-reduction20_and20_antecedent-anaphora20_relations20_in20_the20_language20_of20_acyclic20_recursion.-20_permutation20_languages20_in20_formal20_linguistics.-20_agents20_and20_multi-agent20_on20_intelligent20_systems.-20_thomas3a_20_practical20_applications20_of20_agents20_and20_multiagent20_systems.-20_ingenias20_development20_process20_assisted20_with20_chains20_of20_transformations.-20_a20_secure20_group-oriented20_model20_for20_multiagent20_systems.-20_interactive20_animation20_of20_agent20_formation20_based20_on20_hopfield20_neural20_networks.-20_the20_ingenias20_development20_kit3a_20_a20_practical20_application20_for20_crisis-management.-20_the20_delphi20_process20_applied20_to20_african20_traditional20_medicine.-20_composing20_and20_ensuring20_time-bounded20_agent20_services.-20_an20_organisation-based20_multiagent20_system20_for20_medical20_emergency20_assistance.-20_temmas3a_20_the20_electricity20_market20_multi-agent20_simulator.-20_two20_steps20_reinforcement20_learning20_in20_continuous20_reinforcement20_learning20_tasks.-20_multi-agent20_system20_theory20_for20_modelling20_a20_home20_automation20_system.-20_thomas-mall3a_20_a20_multiagent20_system20_for20_shopping20_and20_guidance20_in20_malls.-20_multiagent-based20_educational20_environment20_for20_dependents.-20_social20_and20_cognitive20_system20_for20_learning20_negotiation20_strategies20_with20_incomplete20_information.-20_evaluation20_of20_multi-agent20_system20_communication20_in20_ingenias.-20_agents20_jumping20_in20_the20_air3a_20_dream20_or20_reality3f_.-20_using20_scenarios20_to20_draft20_the20_support20_of20_intelligent20_tools20_for20_frail20_elders20_in20_the20_share-it20_approach.-20_on20_the20_road20_to20_an20_abstract20_architecture20_for20_open20_virtual20_organizations.-20_brain-computer20_interface20_28_bci29_.-20_using20_rest20_class20_and20_control20_paradigms20_for20_brain20_computer20_interfacing.-20_the20_training20_issue20_in20_brain-computer20_interface3a_20_a20_multi-disciplinary20_field.-20_a20_maxmin20_approach20_to20_optimize20_spatial20_filters20_for20_eeg20_single-trial20_classification.-20_multiple20_am20_modulated20_visual20_stimuli20_in20_brain-computer20_interface.-20_a20_brain-computer20_interface20_based20_on20_steady20_state20_visual20_evoked20_potentials20_for20_controlling20_a20_robot.-20_asynchronous20_brain-computer20_interface20_to20_navigate20_in20_virtual20_environments20_using20_one20_motor20_imagery.-20_impact20_of20_frequency20_selection20_on20_lcd20_screens20_for20_ssvep20_based20_brain-computer20_interfaces.-20_multiobjetive20_optimization.-20_multiobjective20_evolutionary20_algorithms3a_20_applications20_in20_real20_problems.-20_evolutionary20_genetic20_algorithms20_in20_a20_constraint20_satisfaction20_problem3a_20_puzzle20_eternity20_ii.-20_multiobjective20_algorithms20_hybridization20_to20_optimize20_broadcasting20_parameters20_in20_mobile20_ad-hoc20_networks.-20_application20_synthesis20_for20_mpsocs20_implementation20_using20_multiobjective20_optimization.-20_multi20_objective20_optimization20_algorithm20_based20_on20_neural20_networks20_inversion.-20_emorbfn3a_20_an20_evolutionary20_multiobjetive20_optimization20_algorithm20_for20_rbfn20_design.-20_performance20_measures20_for20_dynamic20_multi-objective20_optimization.-20_robotics.-20_methods20_for20_artificial20_evolution20_of20_truly20_cooperative20_robots.-20_social20_robot20_paradigms3a_20_an20_overview.-20_a20_dual20_graph20_pyramid20_approach20_to20_grid-based20_and20_topological20_maps20_integration20_for20_mobile20_robotics.-20_integrating20_graph-based20_vision20_perception20_to20_spoken20_conversation20_in20_human-robot20_interaction.-20_from20_vision20_sensor20_to20_actuators2c_20_spike20_based20_robot20_control20_through20_address-event-representation.-20_automatic20_generation20_of20_biped20_walk20_behavior20_using20_genetic20_algorithms.-20_motion20_planning20_of20_a20_non-holonomic20_vehicle20_in20_a20_real20_environment20_by20_reinforcement20_learning2a_.-20_bioinformatics.-20_applications20_in20_bio-informatics20_and20_biomedical20_engineering.-20_a20_large-scale20_genomics20_studies20_conducted20_with20_batch-learning20_som20_utilizing20_high-performance20_supercomputers.-20_clustering20_method20_to20_identify20_gene20_sets20_with20_similar20_expression20_profiles20_in20_adjacent20_chromosomal20_regions.-20_on20_selecting20_the20_best20_pre-processing20_method20_for20_affymetrix20_genechips.-20_method20_for20_prediction20_of20_protein-protein20_interactions20_in20_yeast20_using20_genomics2f_proteomics20_information20_and20_feature20_selection.-20_protein20_structure20_prediction20_by20_evolutionary20_multi-objective20_optimization3a_20_search20_space20_reduction20_by20_using20_rotamers.-20_using20_efficient20_rbf20_networks20_to20_classify20_transport20_proteins20_based20_on20_pssm20_profiles20_and20_biochemical20_properties.-20_artificial20_neural20_network20_based20_algorithm20_for20_biomolecular20_interactions20_modeling.-20_biomedical20_applications.-20_modelling20_dengue20_epidemics20_with20_autoregressive20_switching20_markov20_models20_28_ar-hmm29_.-20_a20_theoretical20_model20_for20_the20_dengue20_epidemic20_using20_delayed20_differential20_equations3a_20_numerical20_approaches.-20_system20_identification20_of20_dengue20_fever20_epidemics20_in20_cuba.-20_hiv20_model20_described20_by20_differential20_inclusions.-20_data20_mining20_in20_complex20_diseases20_using20_evolutionary20_computation.-20_using20_un2f_cefact27_27_s20_modelling20_methodology20_28_umm29_20_in20_e-health20_projects.-20_matrix20_metric20_adaptation20_linear20_discriminant20_analysis20_of20_biomedical20_data.-20_spect20_image20_classification20_techniques20_for20_computer20_aided20_diagnosis20_of20_the20_alzheimer20_disease.-20_automatic20_system20_for20_alzheimer27_27_s20_disease20_diagnosis20_using20_eigenbrains20_and20_bayesian20_classification20_rules.-20_on20_the20_use20_of20_morphometry20_based20_features20_for20_alzheimer27_27_s20_disease20_detection20_on20_mri.-20_selecting20_regions20_of20_interest20_for20_the20_diagnosis20_of20_alzheimer27_27_s20_disease20_in20_brain20_spect20_images20_using20_welch27_27_s20_t-test.-20_alzheimer27_27_s20_diagnosis20_using20_eigenbrains20_and20_support20_vector20_machines.-20_artificial20_intelligent20_systems20_based20_on20_supervised20_humann20_for20_differential20_diagnosis20_of20_cognitive20_impairment3a_20_towards20_a20_4p-hcds.-20_stratification20_methodologies20_for20_neural20_networks20_models20_of20_survival.-20_model20_comparison20_for20_the20_detection20_of20_eeg20_arousals20_in20_sleep20_apnea20_patients.-20_ranking20_of20_brain20_tumour20_classifiers20_using20_a20_bayesian20_approach.-20_feature20_selection20_with20_single-layer20_perceptrons20_for20_a20_multicentre20_1h-mrs20_brain20_tumour20_database.-20_weakly-supervised20_classification20_with20_mixture20_models20_for20_cervical20_cancer20_detection.-20_edges20_detection20_of20_clusters20_of20_microcalcifications20_with20_som20_and20_coordinate20_logic20_filters.-20_a20_new20_methodology20_for20_feature20_selection20_based20_on20_machine20_learning20_methods20_applied20_to20_glaucoma.-20_tissue20_recognition20_approach20_to20_pressure20_ulcer20_area20_estimation20_with20_neural20_networks.-20_classification20_of20_schistosomiasis20_prevalence20_using20_fuzzy20_case-based20_reasoning.-20_bac20_overlap20_identification20_based20_on20_bit-vectors.-20_ambient20_assisted20_living20_28_aal29_20_and20_ambient20_intelligence20_28_ai29_.-20_aal20_and20_the20_mainstream20_of20_digital20_home.-20_legal20_concerns20_regarding20_ami20_assisted20_living20_in20_the20_elderly2c_20_worldwide20_and20_in20_romania.-20_construction20_and20_debugging20_of20_a20_multi-agent20_based20_simulation20_to20_study20_ambient20_intelligence20_applications.-20_easing20_the20_smart20_home3a_20_translating20_human20_hierarchies20_to20_intelligent20_environments.-20_wireless20_sensor20_networks20_in20_home20_care.-20_indoor20_localization20_based20_on20_neural20_networks20_for20_non-dedicated20_zigbee20_networks20_in20_aal.-20_managing20_ambient20_intelligence20_sensor20_network20_systems2c_20_an20_agent20_based20_approach.-20_ambulatory20_mobility20_characterization20_using20_body20_inertial20_systems3a_20_an20_application20_to20_fall20_detection.-20_user20_daily20_activity20_classification20_from20_accelerometry20_using20_feature20_selection20_and20_svm.-20_a20_metrics20_review20_for20_performance20_evaluation20_on20_assisted20_wheelchair20_navigation.-20_conventional20_joystick20_vs.20_wiimote20_for20_holonomic20_wheelchair20_control.-20_normal20_versus20_pathological20_cognitive20_aging3a_20_variability20_as20_a20_constraint20_of20_patients20_profiling20_for20_ami20_design.-20_other20_applications.-20_estimating20_the20_embedding20_dimension20_distribution20_of20_time20_series20_with20_somos.-20_training20_methods20_and20_analysis20_of20_composite2c_20_evolved2c_20_on-line20_networks20_for20_time20_series20_prediction.-20_special20_time20_series20_prediction3a_20_creep20_of20_concrete.-20_artificial20_neural20_networks20_in20_urban20_runoff20_forecast.-20_a20_secret20_sharing20_scheme20_for20_digital20_images20_based20_on20_cellular20_automata20_and20_boolean20_functions.-20_shapes20_description20_by20_a20_segments-based20_neural20_network.-20_protecting20_dct20_templates20_for20_a20_face20_verification20_system20_by20_means20_of20_pseudo-random20_permutations.-20_efficient20_parallel20_feature20_selection20_for20_steganography20_problems.-20_mobile20_applications3a_20_movilpiu20_and20_mobiblio.-20_a20_case20_study20_of20_a20_pull20_wap20_location-based20_service20_incorporating20_maps20_services.-20_a20_mobile20_tourist20_decision20_support20_system20_for20_small20_footprint20_devices.-20_stereo-mas3a_20_multi-agent20_system20_for20_image20_stereo20_processing.-20_participatory20_ehpr3a_20_a20_watermarking20_solution.-20_bus20_network20_scheduling20_problem3a_20_grasp20_2b_20_eas20_with20_pisa20_2a_20_simulation.-20_wine20_classification20_with20_gas20_sensors20_combined20_with20_independent20_component20_analysis20_and20_neural20_networks.-20_experiments20_and20_reference20_models20_in20_training20_neural20_networks20_for20_short-term20_wind20_power20_forecasting20_in20_electricity20_markets.-20_intrusion20_detection20_method20_using20_neural20_networks20_based20_on20_the20_reduction20_of20_characteristics.-20_evaluating20_the20_performance20_of20_the20_multilayer20_perceptron20_as20_a20_data20_editing20_tool.-20_a.n.n.20_based20_approach20_to20_mass20_biometry20_taking20_advantage20_from20_modularity.-20_thresholded20_neural20_networks20_for20_sensitive20_industrial20_classification20_tasks.-20_ann20_based20_solutions3a_20_it20_is20_time20_to20_defeat20_real-world20_and20_industrial20_dilemmas.-20_pollution20_alarm20_system20_in20_mexico. on="" the="" declarative="" semantics="" of="" multi-adjoint="" logic="" programs.-="" a="" complete="" for="" fuzzy="" functional="" dependencies="" over="" domains="" with="" similarity="" relations.-="" _rfuzzy3a_="" an="" expressive="" simple="" compiler.-="" overcoming="" non-commutativity="" in="" concept="" lattices.-="" evolutionary="" scheduler="" grid="" computing.-="" improving="" performance="" rule="" based="" classification="" systems="" highly="" imbalanced="" data-sets="" using="" adaptive="" inference="" system.-="" t-norm="" approach="" to="" edge="" detection.-="" computation="" and="" genetic="" algoritms.-="" applying="" methods="" formal="" testing="" model="" checking.-="" techniques="" debug="" aiding="" test="" case="" generation="" temporally="" constrained="" state="" algorithms.-="" creation="" specific-to-problem="" kernel="" functions="" function="" approximation.-="" combining="" algorithms="" mutation="" generate="" sequences.-="" restorable="" by="" rfd.-="" _rcga-s2f_rcga-sp="" minimize="" delta="" regression="" tasks.-="" hierarchical="" clustering="" method="" visual="" validation="" tool.-="" parameter="" control="" differential="" evolution="" algorithm.-="" parallelizing="" design="" radial="" basis="" neural="" networks="" means="" meta-algorithms.-="" algorithm="" ann="" _design2c_="" training="" simplification.-="" pattern="" recognition.-="" graph-based="" representations="" recognition="" computational="" intelligence.-="" kernelization="" softassign="" motzkin-strauss="" connectivity="" forests="" homological="" analysis="" digital="" volumes.-="" energy-based="" perceptual="" segmentation="" irregular="" pyramid.-="" graphs="" data="" clustering.-="" real="" adaboost="" ensembles="" emphasized="" subsampling.-="" negentropy="" increment="" determine="" number="" clusters.-="" wrapper="" feature="" selection="" multiple="" classes="" datasets.-="" languages="" linguistics.-="" new="" challenges="" application="" non-classical="" _pneps2c_="" neps="" context="" free="" _parsing3a_="" natural="" language="" processing.-="" hyprolog="" parsing="" methodology="" property="" grammars.-="" adaptable="" grammars="" non-context-free="" languages.-="" reduction="" antecedent-anaphora="" relations="" acyclic="" recursion.-="" permutation="" agents="" multi-agent="" intelligent="" systems.-="" _thomas3a_="" practical="" applications="" multiagent="" ingenias="" development="" process="" assisted="" chains="" transformations.-="" secure="" group-oriented="" interactive="" animation="" agent="" formation="" hopfield="" networks.-="" _kit3a_="" crisis-management.-="" delphi="" applied="" african="" traditional="" medicine.-="" composing="" ensuring="" time-bounded="" services.-="" organisation-based="" system="" medical="" emergency="" assistance.-="" _temmas3a_="" electricity="" market="" simulator.-="" two="" steps="" reinforcement="" learning="" continuous="" theory="" modelling="" home="" automation="" _thomas-mall3a_="" shopping="" guidance="" malls.-="" multiagent-based="" educational="" environment="" dependents.-="" social="" cognitive="" negotiation="" strategies="" incomplete="" information.-="" evaluation="" communication="" ingenias.-="" jumping="" _air3a_="" dream="" or="" _reality3f_.-="" scenarios="" draft="" support="" tools="" frail="" elders="" share-it="" approach.-="" road="" abstract="" architecture="" open="" virtual="" organizations.-="" brain-computer="" interface="" _28_bci29_.-="" rest="" class="" paradigms="" brain="" computer="" interfacing.-="" issue="" _interface3a_="" multi-disciplinary="" field.-="" maxmin="" optimize="" spatial="" filters="" eeg="" single-trial="" classification.-="" am="" modulated="" stimuli="" interface.-="" steady="" evoked="" potentials="" controlling="" robot.-="" asynchronous="" navigate="" environments="" one="" motor="" imagery.-="" impact="" frequency="" lcd="" screens="" ssvep="" interfaces.-="" multiobjetive="" optimization.-="" multiobjective="" _algorithms3a_="" problems.-="" constraint="" satisfaction="" _problem3a_="" puzzle="" eternity="" ii.-="" hybridization="" broadcasting="" parameters="" mobile="" ad-hoc="" synthesis="" mpsocs="" implementation="" multi="" objective="" optimization="" inversion.-="" _emorbfn3a_="" rbfn="" design.-="" measures="" dynamic="" multi-objective="" robotics.-="" artificial="" truly="" cooperative="" robots.-="" robot="" _paradigms3a_="" overview.-="" dual="" graph="" pyramid="" grid-based="" topological="" maps="" integration="" integrating="" vision="" perception="" spoken="" conversation="" human-robot="" interaction.-="" from="" sensor="" _actuators2c_="" spike="" through="" address-event-representation.-="" automatic="" biped="" walk="" behavior="" motion="" planning="" non-holonomic="" vehicle="" _learning2a_.-="" bioinformatics.-="" bio-informatics="" biomedical="" engineering.-="" large-scale="" genomics="" studies="" conducted="" batch-learning="" som="" utilizing="" high-performance="" supercomputers.-="" identify="" gene="" sets="" similar="" expression="" profiles="" adjacent="" chromosomal="" regions.-="" selecting="" best="" pre-processing="" affymetrix="" genechips.-="" prediction="" protein-protein="" interactions="" yeast="" _genomics2f_proteomics="" information="" selection.-="" protein="" structure="" _optimization3a_="" search="" space="" rotamers.-="" efficient="" rbf="" classify="" transport="" proteins="" pssm="" biochemical="" properties.-="" network="" biomolecular="" modeling.-="" applications.-="" dengue="" epidemics="" autoregressive="" switching="" markov="" models="" _28_ar-hmm29_.-="" theoretical="" epidemic="" delayed="" _equations3a_="" numerical="" approaches.-="" identification="" fever="" cuba.-="" hiv="" described="" inclusions.-="" mining="" complex="" diseases="" computation.-="" _un2f_cefact27_27_s="" _28_umm29_="" e-health="" projects.-="" matrix="" metric="" adaptation="" linear="" discriminant="" data.-="" spect="" image="" aided="" diagnosis="" alzheimer="" disease.-="" _alzheimer27_27_s="" disease="" eigenbrains="" bayesian="" rules.-="" use="" morphometry="" features="" detection="" mri.-="" regions="" interest="" images="" _welch27_27_s="" t-test.-="" vector="" machines.-="" supervised="" humann="" _impairment3a_="" towards="" 4p-hcds.-="" stratification="" methodologies="" survival.-="" comparison="" arousals="" sleep="" apnea="" patients.-="" ranking="" tumour="" classifiers="" single-layer="" perceptrons="" multicentre="" 1h-mrs="" database.-="" weakly-supervised="" mixture="" cervical="" cancer="" edges="" clusters="" microcalcifications="" coordinate="" filters.-="" machine="" glaucoma.-="" tissue="" pressure="" ulcer="" area="" estimation="" schistosomiasis="" prevalence="" case-based="" reasoning.-="" bac="" overlap="" bit-vectors.-="" ambient="" living="" _28_aal29_="" intelligence="" _28_ai29_.-="" aal="" mainstream="" home.-="" legal="" concerns="" regarding="" ami="" _elderly2c_="" worldwide="" romania.-="" construction="" debugging="" simulation="" study="" easing="" smart="" _home3a_="" translating="" human="" hierarchies="" environments.-="" wireless="" care.-="" indoor="" localization="" non-dedicated="" zigbee="" aal.-="" managing="" _systems2c_="" ambulatory="" mobility="" characterization="" body="" inertial="" _systems3a_="" fall="" user="" daily="" activity="" accelerometry="" svm.-="" metrics="" review="" wheelchair="" navigation.-="" conventional="" joystick="" vs.="" wiimote="" holonomic="" control.-="" normal="" versus="" pathological="" _aging3a_="" variability="" as="" patients="" profiling="" other="" estimating="" embedding="" dimension="" distribution="" time="" series="" somos.-="" _composite2c_="" _evolved2c_="" on-line="" prediction.-="" special="" _prediction3a_="" creep="" concrete.-="" urban="" runoff="" forecast.-="" secret="" sharing="" scheme="" cellular="" automata="" boolean="" functions.-="" shapes="" description="" segments-based="" network.-="" protecting="" dct="" templates="" face="" verification="" pseudo-random="" permutations.-="" parallel="" steganography="" _applications3a_="" movilpiu="" mobiblio.-="" pull="" wap="" location-based="" service="" incorporating="" tourist="" decision="" small="" footprint="" devices.-="" _stereo-mas3a_="" stereo="" participatory="" _ehpr3a_="" watermarking="" solution.-="" bus="" scheduling="" grasp="" _2b_="" eas="" pisa="" _2a_="" simulation.-="" wine="" gas="" sensors="" combined="" independent="" component="" experiments="" reference="" short-term="" wind="" power="" forecasting="" markets.-="" intrusion="" characteristics.-="" evaluating="" multilayer="" perceptron="" editing="" a.n.n.="" mass="" biometry="" taking="" advantage="" modularity.-="" thresholded="" sensitive="" industrial="" _solutions3a_="" it="" is="" defeat="" real-world="" dilemmas.-="" pollution="" alarm="">