ScholarWorks@Hanyang University ERICA Campus: ZHANG, Jun

Detailed Information

ZHANG, Jun (Jun Zhang)

ERICA 공학대학 (SCHOOL OF ELECTRICAL ENGINEERING)

Research Area: Artificial Intelligence, Computation Intelligence, Computer Science, Artificial Intelligence, Computation Intelligence, Evolutionary Computation

Tel 031-400-5178
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differential evolution:21||particle swarm optimization (PSO):19||Optimization:19||evolutionary computation:19||particle swarm optimization:18||Evolutionary computation:16||Differential evolution:14||multiobjective optimization:14||Particle swarm optimization:13||Ant colony optimization (ACO):13||genetic algorithm:11||differential evolution (DE):11||evolutionary algorithm:10||Differential evolution (DE):8||global optimization:8||evolutionary computation (EC):8||Particle swarm optimization (PSO):8||multimodal optimization:7||Differential Evolution:7||manyobjective optimization:7||Sociology:7||ant colony optimization (ACO):7||Ant colony optimization:7||Global optimization:6||multimodal optimization problems (MMOPs):6||Computational modeling:6||largescale optimization:6||Evolutionary algorithm:6||workflow scheduling:5||Statistics:5||ant colony optimization:5||Ant colony system (ACS):5||Ant colony system:5||evolutionary algorithm (EA):5||genetic algorithm (GA):5||Cloud computing:5||wireless sensor network:5||Evolutionary algorithms:5||Evolutionary computation (EC):4||knowledge transfer:4||Histogram:4||multiobjective:4||ant colony system:4||ant colony system (ACS):4||multiobjective optimization:4||Heuristic algorithms:4||Task analysis:4||Multiobjective optimization:4||power electronics:4||Particle Swarm Optimization:4||cloud computing:4||Evolutionary algorithm (EA):4||optimization:4||Evolutionary Computation:4||Decomposition:4||Genetic algorithm:4||Multimodal optimization:4||Adaptive parameter control:4||coverage:4||Multiobjective optimization:3||Scheduling:3||prediction:3||Search problems:3||distributed differential evolution (DDE):3||Wireless sensor networks (WSN):3||project scheduling:3||Fault diagnosis:3||Parallel particle swarm optimization (PPSO):3||resource allocation:3||Ensemble learning:3||ensemble learning:3||estimation of distribution algorithm (EDA):3||evolutionary algorithms:3||Memetic algorithm:3||setbased particle swarm optimization (SPSO):3||feature selection:3||multiple populations for multiple objectives (MPMO):3||circuit optimization:3||classification:3||neural network:3||Genetic Algorithm:3||niching technique:3||Genetic algorithms:3||NSGAII:3||Linear programming:3||Evolutionary Algorithms:3||Local search:3||Global Optimization:3||optimization under uncertainty:3||Global numerical optimization:3||decomposition:3||wireless sensor networks:3||Artificial bee colony (ABC):3||Payment Scheduling:2||multiobjective optimization problems (MOPs):2||autonomous underwater vehicles (AUVs):2||Database fragmentation:2||cash flow:2||Multiobjective optimization problem (MOP):2||Deep learning:2||Power electronic circuit:2||filtering antenna:2||WSNs:2||Estimation of distribution algorithm:2||Estimation of distribution algorithms:2||roundabout:2||deep learning:2||function optimization:2||fuzzy logic:2||circuit simulation:2||Mathematical models:2||Power electronics:2||Encoding:2||Algorithms:2||Clustering algorithms:2||Cooperative coevolution (CC):2||cluster analysis:2||clustering:2||network lifetime:2||clustering analysis:2||Pareto optimality:2||Convergence:2||Largescale optimization:2||grid computing:2||Prediction algorithms:2||Brain storm optimization (BSO):2||memetic algorithm:2||coevolution:2||lifetime maximization:2||Classification algorithms:2||heuristic information:2||niching:2||combinatorial optimization:2||Social media:2||Genetic algorithm (GA):2||Dynamic optimization problem:2||niching techniques:2||phase space reconstruction:2||large scale optimization:2||highdimensional problems:2||Training:2||Project Scheduling:2||Message Passing Interface (MPI):2||CMAES:2||Traveling Salesman Problem:2||Evolutionary Algorithm:2||privacy protection:2||QoS:2||Local Search:2||SET kcover problem:2||manyobjective optimization problems (MaOPs):2||cooperative coevolution:2||transfer learning:2||Cluster ensemble:2||Dynamic multiobjective optimization:2||disjoint set covers problem:2||power electronic circuit (PEC):2||traveling salesman problem:2||cooperative populations:2||Neural network:2||Artificial intelligence:2||adaptive parameter control:2||local search:2||MCCDMA:2||adaptive migration strategy:2||diversity strategy:2||parallel:2||Coverage:2||Ant Colony Optimization:2||parameter adaptation:2||Orthogonal learning particle swarm optimization:2||insurance portfolio:2||Reliability:2||Distributed optimization:2||Combinatorial optimization:2||Histograms of oriented gradients:2||vehicle routing problem with time windows (VRPTW):2||particle swarm optimizer (PSO):2||Manyobjective optimization:2||Adaptive particle swarm optimization (APSO):2||schedule:2||Knowledge transfer:2||path planning:2||KuhnMunkres (KM) algorithm:2||Cooperative coevolution:2||Large scale optimization:2||Swarm intelligence:2||multipopulation framework:2||multimodal optimization (MMOP):2||Swarm intelligence (SI):2||multimodal optimization problems:2||Cooperative coevolution:2||estimation of distribution algorithm:2||LargeScale Optimization:2||Affinity propagation clustering (APC):2||setbased:2||Multimodal optimization problems:2||database privacy and utility:2||expensive fitness evaluation:2||brainstorming process:2||Distributed:1||Distributed algorithms:1||Distributed computing:1||Distributed databases:1||Distributed differential evolution (DDE):1||Distributed evolutionary algorithms:1||Distributed evolutionary computation:1||Distributed model:1||Distributed scheduling:1||Distributed systems:1||Document reconstruction:1||Doppler estimation:1||Dynamic objective strategy:1||Dynamic optimization:1||Dynamic optimization problem (DOP):1||Dynamic optimization problems:1||Dynamic optimizationParticle swarm optimizationEvolutionary computationInformation reuse:1||Dynamic resource allocation:1||Dynamic traveling salesman problem:1||ECaaS:1||EEG based emotion recognition:1||Electric Vehicle Routing Problem Ant Colony optimization:1||Electromagnetic vector sensor arrays:1||Elevators:1||Elitist strategy:1||Emergency resource dispatch:1||Emmonsia pasteuriana:1||Equivalent filtering circuit:1||Estimated distribution algorithm:1||Estimation:1||Estimation of Distribution Algorithm:1||Estimation of Distribution Algorithms:1||Estimation of distribution algorithms (EDA):1||Evolution (biology):1||Evolution Algorithm:1||Evolution Computing:1||Evolution strategy:1||Evolutionary algorithms (EAs):1||Evolutionary multimodal optimization:1||Evolutionary multitask optimization:1||Evolutionary multitasking(EMT):1||Exemplar construction:1||Exemplar selection:1||Expensive Multiobjective Optimization:1||Expensive optimization:1||Expensive optimization probleme:1||Experimentation:1||Face recognition:1||Fading channels:1||Fault tolerance:1||Feature Selection:1||Feature extraction:1||Feedback network:1||Fetal fibronectin:1||Filter:1||Financial decision making:1||Finite element analysis:1||Fire Suppression:1||Flexible jobshop scheduling:1||Flexible material:1||Fractional Fourier transform:1||Fraud detection:1||Functionoriented taxonomy:1||Fuzzy:1||Fuzzy logic:1||GPS monitoring data:1||GPU:1||GPU computing:1||GPUbased:1||Gaussian model:1||Gaussian process (GP) regression:1||Gaussian processes:1||Genetic Algorithms:1||Genetic algorithms (GAs):1||Genetic algorithms stochastic optimization techniques:1||Genetic programming:1||Geometric center:1||Global optimization problems:1||Graphics Processing Unit (GPU):1||Graphics processing units:1||Guiding point:1||Halftone image steganography:1||Halftone image structural similarity (HSSIM):1||Handshaking:1||Harmony Search (HS) method:1||Heterogeneous Information:1||Heterogeneous mutation:1||Hidden Markov models:1||Hierarchical clustering:1||High Dimensional Problems:1||HighDimensional Optimization:1||Histogram probabilistic model:1||History information:1||Hook structure:1||HrQoL:1||Human detection:1||Human plasma lowdensity lipoprotein:1||Hybrid algorithm:1||Hypersonic vehicles:1||IEEE 802.11:1||Industry 4.0:1||Information dissemination:1||Information recovery:1||Information share:1||Information sharing:1||Insurance:1||Iron:1||Kernel fisher discriminant:1||Kernel parameter:1||Knowledge acquisition:1||Kriging:1||Lshaped array:1||LargeScale Optimization Problems:1||LargeScale Swarm Optimizers:1||Largescale Delay Tolerant Networks:1||Largescale evolutionary optimization algorithms:1||Largescale global optimization:1||Layout:1||Leader selection:1||Learning strategy:1||Learning systems:1||Lifetime maximization:1||Lifetime optimization:1||Linear programming (LP):1||Load Balance:1||Local Forwarding Decision:1||Local search algorithms:1||Locally sensitive hashing (LSH):1||Long short term memory (LSTM):1||MAC protocol:1||MACO:1||MFCC:1||MMAS:1||MOOC:1||Maintenance engineering:1||Manuals:1||ManyObjective Optimization:1||Markov switching model:1||Mathematical model:1||Mating selection:1||Maximalratio combining (MRC):1||Measurement:1||Mechanics:1||Medium access control:1||Message passing interface (MPI):1||Migration:1||Minimization:1||Minimum spanning tree:1||Minimum spanning tree (MST):1||Mixedvariable optimization (MVOP):1||Mobile sink scheduling:1||ModelBased:1||Modelbased compensation:1||Monte Carlo simulation:1||MonteCarlo simulation:1||MultiPopulation:1||MultiStrategy:1||MultiStream:1||MultiStream MultiThread(MSMT) mechanism:1||Multiagent systems:1||Multichannel:1||Multicriteria optimization:1||Multimodal function:1||Multimodal optimization:1||Multiobjective:1||Multiobjective Optimization:1||Multiobjective evolutionary algorithm (MOEA):1||Multiobjective learning:1||Multitask optimization:1||Multimodal:1||Multimodal Optimization:1||Multimodal estimation of distribution algorithms:1||Multiobjective optimization problem:1||Multiple Populations:1||Multiple Traveling Salesmen Problem (MTSP):1||Multiple destination routing problems:1||Multiple parallel populations:1||Multiple populations coevolutionary:1||Multiple prototypes:1||Multivariate Gaussian Distribution:1||Multivariate Normal Distribution:1||Mutation factor:1||NMS:1||NSGA II:1||Nature of the initiating species:1||Net Present Value:1||Network connectivity:1||Network design:1||Network lifetime:1||Network optimization:1||Network synthesis:1||Network topology:1||Network virtualization:1||Neural network ensemble:1||New word discovery:1||Niching differential evolution:1||Niching method:1||NicholsonRossWeir method (NRW):1||Noisy speech recognition:1||Nonparametric model:1||Nonuniform spectral compression:1||Nondenaturing micro 2DE:1||Nonlinear differential control:1||Nonlinear equation systems:1||Numerical Optimization:1||Numerical integration rule:1||Numerical optimization:1||OLPSOVRS:1||OPTICSbased niching:1||Observational learning:1||Open multiprocessing (OpenMP):1||Optical Coherence Tomography:1||Optimal Stopping Rule:1||Optimal control:1||Optimal coverage problem:1||Orthogonal Learning particle swarm optimization (OLPSO):1||Orthogonal design method:1||Orthogonal experimental design:1||Overcurrent protection:1||PDQ39:1||PMEA:1||PSO:1||Parallel:1||Parallel ACO:1||Parallel transmission:1||Parameter adaptation:1||Parametric model:1||Pareto optimization:1||Parkinson's disease:1||Particle Swarm Optimization (PSO):1||Particle swarm optimization (pso):1||Partitional clustering:1||Path planning of food delivery:1||Pedestrian detection:1||Permittivity:1||Pheromone:1||Pheromone Update:1||Photovoltaic systems:1||Pipeline:1||Planning:1||Population Decomposition:1||Population size adaptation:1||Portfolio optimization:1||Portfolio optimization problem:1||Portfolios:1||Power conversion stage:1||Power convertors:1||Power electronic circuits:1||Power electronic circuits (PECs):1||Power electronics converter design:1||Power modelling:1||Power prediction:1||Predictive models:1||Preference:1||Privacy:1||Privacy Preservation:1||Probabilistic logic:1||Problemsolving:1||Processor scheduling:1||Proteinprotein interactions:1||Prototypebased encoding:1||Proximity based crossover:1||Public transportation:1||QoS amending function:1||Quantitative LCHDMSE:1||Quantuminspired genetic algorithms:1||RCNN:1||RFID:1||RFID network planning (RNP):1||Random Contrastive Interaction:1||Random Pairwise Competition:1||Random subspace:1||Real World Applications:1||Receding horizon control:1||Reconstruction of crosscut shredded text documents (RCCSTD):1||Regiondependent decomposition (RDD):1||Regression:1||Renumber:1||Replication computation:1||Resource management:1||Restart Strategy:1||Robust feedback linearization:1||Roulette wheel selection:1||Rumor detection:1||S Metric Selection (SMS):1||SISPSO:1||SPEA2:1||SVM:1||Safety:1||Sarcophyton glaucum:1||Scalability:1||Scheduling problem:1||Selection strategy:1||Semantic computing:1||Sensing coverage:1||Seriesfed array antenna:1||Servers:1||Set theory:1||Setbased:1||Shape:1||Simulation:1||Social learning theory:1||Software project planning:1||Software testing:1||Solar panels:1||Solution accuracy:1||Spacebased initialization strategy:1||Sparse multipath channel:1||Speciesbased particle swarm optimization:1||Speech Enhancement:1||Speech enhancement:1||Spurious coupling:1||Stability:1||State of charge:1||State of health:1||Steiner tree problem (STP):1||Steiner tree problem.:1||Stochastic Coding:1||Stochastic Dominant Cognitive Experience Guided Learning:1||Structural rings:1||Subregion:1||Sudoku puzzle:1||Support vector machines:1||Surrogateassisted:1||Surrogateassisted evolutionary algorithm (SAEA):1||Swarm intelligent:1||Switches:1||Switching regulator design:1||Symbol error probability (SEP):1||Syndrometrellis code (STC):1||TDLTE:1||TGADSC:1||TSP:1||Task Scheduling:1||Taxi dispatch:1||TaxiPassenger Matching (TPM):1||Tensor algebra:1||Testing:1||Text clustering:1||Text mining:1||Throat Microphone:1||Topic modeling:1||Topology:1||Tour multiple routes planning:1||Tournament selection:1||Tracedriven Simulation:1||Training data:1||Trajectory:1||Transforms:1||Traveling Salesmen Problem (TSP):1||Traveling salesman problem:1||Traveling salesman problems:1||Travelling Salesman Problem:1||Travelling salesman problem:1||Tree modification:1||Triple competition mechanism:1||Tuning:1||UAVs:1||Uncertainty:1||Underwater Acoustic Networks:1||Underwater DOA estimation:1||Underwater acoustic communication:1||Underwater acoustic network:1||Underwater acoustic networks:1||Underwater acoustic sensor network:1||Uniform test forms:1||Upper bound:1||Urban areas:1||Variable relocation strategy:1||Vector enhancement mutual information:1||Vehicle routing:1||Venn diagram:1||Virtual networking embedding (VNE):1||Visiting Constrained Multiple Traveling Salesmen Problem (VCMTSP):1||Visual image search:1||Voltage regulators:1||Voronoi diagram:1||Water Mist:1||Waveguide:1||Wavelet network:1||Wideband underwater acoustic channel:1||Wireless Mesh Networks:1||Wireless Sensor Networks (WSNs):1||Wireless Sensors Network (WSN):1||Wireless sensor network:1||Wireless sensor networks (WSNs):1||Wood Crib Fire:1||Workflow scheduling:1||ad hoc network:1||adaptive heuristic information:1||adaptive parameter:1||adaptive parameters control:1||adjustment:1||admission scheduling:1||affinity propagation:1||alarm pheromone:1||algorithm adaptation:1||analog filters:1||ant algorithm:1||ant colony optimization (aco):1||arbitrary covariance matrix:1||archive:1||archive technique:1||array:1||arrival sequencing and scheduling (ASS):1||artificial intelligence:1||artificial neural network:1||assignment problem:1||association rule:1||asynchronous:1||atherosclerosis:1||attractor embedding:1||backoff algorithm:1||barrel distortion:1||battery storage system:1||bed allocation:1||benchmark problems:1||benefitdriven strategy:1||bidirectional feature fixation:1||biased sampling:1||big data:1||big population size:1||binary search:1||biological and pharmaceutical (B&P) products:1||blackbox optimization:1||block synchronization:1||bridge:1||cancer gene expression profile:1||cerebellar model articulation controller (CMAC):1||channel equalization system:1||channel selection:1||chaotic time series prediction:1||charging scheduling:1||classifier ensemble:1||cluster:1||clustering document clustering:1||coevolutionary algorithm:1||coevolutionary particle swarm optimization (CEPSO):1||cotraining:1||cognitive diagnosis model (CDM):1||colostomy:1||combinatorial optimization problems (COPs):1||communications:1||competitive swarm optimizer:1||component:1||computer assisted:1||computeraided design:1||concept learning:1||conducting cylinder:1||connectivity:1||constraint handling:1||continuous optimization:1||continuous orthogonal ant colony (COAC):1||contour prediction approach (CPA):1||convergence acceleration:1||convolutional neural network (CNN):1||cooperative coevolution (CC):1||cooperative communication:1||copper alloy:1||coronary artery disease:1||correlation:1||coverage path planning (CPP):1||crossdocking:1||crosslinked polyethylene cable:1||crossover:1||cutaneous infection:1||cyberphysical systems:1||datadriven:1||datadriven optimization:1||database applicationstext mining:1||database partitioning:1||deadline constrained:1||deep reinforcement learning:1||demand side management:1||dense obstacles:1||densitybased clustering:1||dermatomyositis:1||dichotomyguided:1||differential evolution (de):1||dimension mapping:1||dimorphic fungus:1||discounted cash flows:1||discrete space:1||disjoint cover set:1||disjoint set covers (DSC):1||distributed algorithm:1||distributed differential evolution:1||distributed evolutionary algorithm (EA):1||distributed individuals DE (DIDE):1||distributed memetic algorithm (DMA):1||distributed optimization:1||diterpenoids:1||diversity enhancement:1||diversity system:1||divideAndconquer:1||dual level detection:1||dualscale local search strategy:1||dualstrategy differential evolution (DSDE):1||dynamic algorithms:1||dynamic group learning distributed particle swarm optimization (DGLDPSO):1||dynamic group learning strategy:1||dynamic grouping (DyG) strategy:1||dynamic multiobjective:1||dynamic multiobjective optimization:1||dynamic network:1||dynamic population size:1||dynamic step local search:1||dynamic vehicle routing problem (DVRP):1||early pregnancy:1||economic dispatch problem:1||elastic encoding:1||electric component:1||electric vehicle:1||electric vehicle charging scheduling:1||eliteguided learning (EGL):1||elitism strategy:1||encoding scheme:1||endowment insurance:1||energy consumption:1||energy efficiency:1||energy efficient:1||ensemble surrogates:1||environmental change model:1||epidemic control:1||evolution path (EP):1||evolution stage:1||evolutionary approach:1||evolutionary game theory (EGT):1||evolutionary manytask optimization:1||evolutionary manytask optimization (EMaTO):1||evolutionary multitask optimization (EMTO):1||evolutionary multitasking:1||evolutionary multitasking optimization:1||evolutionary operator:1||evolutionary optimization:1||evolutionary state estimation (ESE):1||expensive inequality constraints:1||expensive multiobjective optimization:1||expensive optimization:1||factor analysis:1||feature partition:1||filter parameter extraction:1||filtering circuits:1||fitness sharing:1||fitnessentropy measurement (FEM):1||fullrate:1||fuzzy logic controller (FLC):1||fuzzy logics:1||fuzzy synthesis appraisal:1||gender difference:1||genetic algorithms:1||genetic algorithms (GA):1||genetic algorithms (GAs):1||geometric correction:1||global search:1||grid classification:1||grid deformation:1||guardrail layout design:1||heterogeneous network:1||heuristic:1||heuristic algorithm:1||hierarchical clustering:1||high dimensional data:1||high dimensional problems:1||high dynamic range:1||highdimensional feature selection:1||histograms of oriented gradients (HOG):1||historic experiences:1||historical experience:1||historical successful experience (HSE):1||hospital management:1||hospitalization insurances:1||human locating:1||hybrid encoding:1||hybrid evolution:1||hybrid method:1||hybrid model:1||hybrid ring topology:1||hydraulics:1||hydrophobicpolar (HP) model:1||hyperparameters optimization:1||hypothesis testing:1||identifiability constraint:1||image diversity:1||imbalanced dataset:1||immune algorithm:1||impedance matching:1||inclination:1||information transfer:1||inhomogeneous ferrite:1||insulation coating:1||intelligent education system:1||interaction:1||internal transcribed spacer rDNA:1||interval type2 fuzzy system:1||intervention learning:1||islandbased evolutionary algorithm:1||itinerary planning:1||itness landscape:1||job shop scheduling problem (JSP):1||jobshop scheduling problem:1||joint training:1||justintime schdeule:1||kmeans clustering:1||keyword combination extraction:1||knowledge graph embedding:1||knowledge learning:1||knowledge library:1||knowledgebased local searches (KLSs):1||label switching problem:1||large scale global optimization (LSGO):1||largescale cloud workflow scheduling:1||largescale global optimization:1||largescale optimization problems (LSOPs):1||largescale supply chain network design under uncertainties (LUSCND):1||largescale wireless sensor networks (WSNs):1||leader:1||learning scheme:1||learningaided evolution:1||levelbased learning swarm optimizer (LLSO):1||lifetime maximize:1||lifetime mechanism:1||linear discriminant analysis (LDA):1||linkage identification strategy (LIS):1||load balance:1||local binary pattern (LBP) strategy:1||loss tangent:1||machine learning:1||malignancy:1||manyobjective evolutionary algorithms (MaOEAs):1||manyobjective optimization problem (MaOP):1||manytask optimization:1||masterslave multigroup distributed:1||masterslave multipopulation distributed:1||matrixbased differential evolution:1||matrixbased evolutionary computation:1||maximize working time:1||maximum likelihood estimation:1||membership function:1||metablackbox optimization:1||metaheuristic:1||metaheuristics:1||metallographic structure:1||minimum label spanning tree:1||missing data techniques:1||mixed variable:1||mixed variables:1||mixedvariable optimization:1||mobile sensor networks:1||model based:1||modified ant colony optimisation:1||monocular 3D object detection:1||multi objective optimization:1||multiconstrained condition:1||multicriteria optimization:1||multimodal optimization, wind generator design:1||multiobjective:1||multiobjective particle swarm optimization:1||multioptimizer:1||multipopulation:1||multipopulation optimization:1||multisolution traveling salesman problem:1||multisolution traveling salesman problem (MSTSP):1||multistream:1||multitask learning:1||multiview:1||multiagent systems:1||multicarrier:1||multicast routing problem (MRP):1||multidimensional knapsack problem:1||multifactorial optimization (MFO):1||multimodal:1||multimodal optimization problem (MMOP):1||multiobjective evolutionary algorithm:1||multiobjective evolutionary algorithm (MOEA):1||multiobjective evolutionary algorithm based on decomposition (MOEA/D):1||multiobjective evolutionary algorithms (MOEAs):1||multiobjective framework:1||multiobjective resource allocation problem (MORAP):1||multiobjective traveling salesman problem (MOTSP):1||multiple autonomous underwater vehicle (multiAUV) path planning:1||multiple information dissemination:1||multiple itineraries:1||multiple peaks:1||multiple populations for multiple objectives:1||multiple populations for multiple objectives (MPMOs):1||multiple tasks for multiple objectives:1||multisurrogate:1||multitask optimization:1||multitask optimization (MTO):1||multitask optimization problem:1||mutation strategy selection:1||natural computation (NC):1||neighborhood:1||neighborhood information:1||neighborhood niching strategy:1||neighborhood strategy:1||neighborhoodbased niching strategy:1||neighborhoodbased speciation differential evolution (NSDE):1||net present value:1||network measurement:1||network optimization:1||network reliability:1||network reliability optimization:1||networkbased evolutionary game:1||networked autonomous production:1||neural network (NN):1||neural network ensemble (NNE):1||neuralnetworkbased controller (NNC):1||neurofuzzy systems:1||niche center distinguish (NCD):1||niching algorithm:1||niching and global cooperative mutation (NGCM) strategy:1||niching strategy:1||noise:1||noise cancellation system:1||nonuniform embedding:1||nonseparable functions:1||nonseparable problems:1||nonuniform embedding:1||normalized cut:1||numerical optimization:1||online trust:1||online parameter estimation:1||operatorbased right coprime factorisation:1||opinion mining:1||opinion relations graph:1||optimal coverage problem:1||optimal peaks detection:1||optimization design:1||orthogonal design:1||orthogonal design method (ODM):1||orthogonal experiment design:1||orthogonal experimental design (OED):1||orthogonal local search:1||orthomode transducer (OMT):1||overlap data transfers:1||oxidative stress:1||pairwise competition:1||parallel genetic algorithm (PGA):1||parallel test assembly:1||parameter control:1||parameter investigation:1||parameter tuning:1||particle swarm algorithm:1||partitional clustering:1||passenger waiting time:1||pattern recognition:1||pedestrian detection:1||penalty function:1||periodic railway timetable scheduling.:1||permittivity measurement:1||permutationbased:1||pertinence:1||photovoltaic (PV) systems:1||pipeline technique:1||policy formulation:1||pool model:1||population adaptation:1||population control:1||population entropy:1||population size expansion:1||populationbased incremental learning algorithm:1||portfolio selection problem:1||power allocation:1||power consumption:1||power control:1||power electronics circuits (PECs):1||power transfer efficiency:1||practical underwater environments:1||precursor of tetraterpenoids:1||prediction analysis:1||premature convergence:1||principle component analysis:1||probabilistic niching computation:1||processing model:1||product component configuration:1||promotion selection operator:1||prospective infectious disease outbreak detection:1||protein folding:1||protein structure prediction:1||protein structure prediction (PSP):1||psychometric testing:1||pyroelectric infrared sensor:1||radial distortion:1||radio frequency identification (RFID):1||random forest:1||random subspace:1||random walk:1||reranking:1||realtime traffic signal control:1||receding horizon control (RHC):1||recombination operator:1||recommendation system:1||recommender system:1||recurrent neural network (RNN):1||recurrent spontaneous abortion:1||redundancy:1||redundant reader elimination:1||reference points generation:1||regression testing:1||relay node placement:1||reliability:1||resource:1||resource allocation (RA):1||resource allocation problem (RAP):1||resource scheduling:1||resourceaware strategy (RAS):1||resourceconstrained projectscheduling problem (RCPSP):1||respiratory failure:1||reuse strategy:1||reversible lanes optimization problems:1||robust speech recognition:1||robust stability:1||routing:1||routing optimization:1||roworiented elitism strategy:1||rumor blocking:1||runtime analysis:1||runtime complexity:1||sarray signal processing:1||saturation correction:1||scattering:1||scattering matrix method:1||scheduling:1||scheduling problem:1||scout bees:1||search:1||search direction adaptation:1||secure computing:1||security assurance level (SAL):1||selection operator:1||selfcare ability:1||selfguided reference vector (SRV):1||selforganizing map (SOM):1||semisupervised clustering:1||semisupervised learning:1||semisupervised learning:1||sensing model:1||sentiment analysis:1||seriesfed:1||set cover problem:1||setbased comprehensive learning particle swarm optimization (SCLPSO):1||short circuited melted mark:1||simultaneous delivery and pickup:1||singleconstrained condition:1||singleobjective optimization:1||smallworld network:1||smart city:1||smart grid:1||smart manufacturing:1||smart payment:1||social network:1||social networks:1||social support:1||soft coral:1||softnonmaximum suppression (softNMS):1||solar panels:1||solution density:1||sparse infrastructure:1||speech enhancement:1||spreading model:1||spurious mode radiation suppression:1||state of charge (SOC):1||statement coverage:1||stochastic coding:1||structural health monitoring (SHM):1||structure optimization:1||structurepreserved knowledge:1||subgroup:1||subspace:1||sum of Gamma variables:1||supplier price discount:1||supply chain configuration (SCC):1||surrogateassisted differential evolution (DE):1||surrogateassisted evolutionary algorithm:1||swarm intelligence:1||switching circuits:1||syntactic pattern:1||system model:1||target tracking:1||task scheduling:1||taxi dispatch system:1||teaching evaluation model:1||test case prioritization (TCP):1||test composition:1||testing system:1||text categorization:1||theoretical study:1||thermal decomposition:1||throat microphone:1||time series:1||time series analysis:1||time series classification:1||time series forecasting:1||time warping:1||timedelay coordinate embedding:1||timevarying workflow:1||topological active net (TAN):1||topological optimization:1||topology adaptation:1||traffic classification:1||traffic control:1||traffic signal control:1||transformation:1||transforming:1||transportation management:1||transportation network:1||treebased knowledge propagation:1||tribe:1||trip planning:1||truss structure problem:1||trust:1||tutoring system:1||twodimensionalreduction:1||underwater:1||underwaterDOAestimation:1||unequal fading and power parameters:1||unknown acoustic velocity:1||urgent posts:1||vaccine distribution:1||variable neighborhood descent:1||variablerange receding horizon control:1||varying density:1||vehicle energy station (VES):1||vehicle routing problem with time window (VRPTW):1||virtual machine placement (VMP):1||virtual network embedding:1||virtual network embedding (VNE):1||volutionary computation:1||wakeup scheduling:1||water distribution networks (WDNs):1||wideband signal:1||wireless ad hoc network:1||wireless microelectromechanical systems (MEMS) sensor:1||wireless power transfer:1||wireless power transfer system:1||wireless sensor network (WSN):1||wireless sensor networks (WSNs):1||workload assignment:1||αPinene:1||α旅烯:1||陶瓷制品:1||力学:1||有限元分析:1||ϵConstrained method:1||活性种本质:1||, evolutionary computation:1||3D MEMS:1||3D path planning:1||8hydroxy2 'deoxyguanosine:1||A:1||ACO:1||Absorbing materials:1||Accuracy:1||Acoustic velocityindependent method:1||AdaBoost:1||Adaptation:1||Adaptation strategy:1||Adaptive Fairness Threshold:1||Adaptive Topology:1||Adaptive asynchronous migration strategy:1||Adaptive differential evolution (DE):1||Adaptive distributed differential evolution (ADDE):1||Adaptive estimation distribution (AED):1||Adaptive filter:1||Adaptive fitness evaluation budget resource allocation:1||Adaptive mutation strategy:1||Adaptive parameter adjustment:1||Adaptive parameters control:1||Adaptive population model:1||Adaptive radius:1||Adaptive renumber strategy (ARS):1||Additives:1||Adversarial training:1||Aging:1||Air traffic control:1||Air traffic control (ATC):1||AlCl3/SbCl3:1||Algorithm selection:1||Amphibious Networks:1||Analysis of algorithms:1||Anisotropy:1||Ant Colony Optimization (ACO):1||Ant Colony System (ACS):1||Ant System:1||Ant algorithm:1||Ant colony optimisation:1||Ant colony optimization (ACO) network virtualization:1||Ant colony optimization algorithm:1||Aortic dissection (AD) diagnosis:1||Approximation:1||Approximation algorithms:1||Approximation ratio:1||Apriori algorithm:1||Arbitrary intersecting uniform linear array:1||Arch method:1||Archive search:1||Archive technique:1||Arrival sequencing and scheduling:1||Artificial bee colony (ABC) algorithm:1||Artificial immune system:1||Artificial intelligence (AI):1||Artificial neural network:1||Artificial neural networks:1||Asynchronous parallel algorithm:1||Asynchronous reservation:1||Attention:1||Attention mechanism:1||Attitude control:1||Attractor embedding:1||Automatic assessment tools:1||Automatic software test case generation:1||Automatic test assembly (ATA):1||Bagging:1||Barebones particle swarm optimization (BBPSO):1||Basic level categories:1||Battery bank:1||Battery model:1||Bed capacity planning:1||Benchmark testing:1||Berth allocation problem (BAP):1||Bidirectional learning particle swarm optimization (BLPSO):1||Bidirectional logistics:1||Biobjective:1||Bias sorting (BS):1||Binary space partition (BSP):1||Biological system modeling:1||Bottleneck objective learning (BOL):1||Boundary training data selection:1||Brain modeling:1||Brownian motion:1||Buck converter:1||CAD:1||CAutoD:1||COP:1||CRLB:1||CUDA:1||Capacitated Multiple Traveling Salesmen Problem:1||Capacitated vehicle routing problem (CVRP):1||Capacity Constraint:1||Cardinality constrained:1||Cardinality constraint:1||Category utility:1||Centralized optimization:1||Ceramics:1||Channel estimation:1||Charging Time Constraint:1||Chinese learning:1||Chinese word segmentation:1||Circuit feedback:1||Circuit optimization:1||ClassE power amplifier:1||Classification:1||Classifier ensemble:1||Clearing:1||Closed box:1||Cloud Computing:1||Cluster Analysis:1||Cluster algorithms:1||Clustering:1||Clustering algorithm:1||Clustering ensemble selection (CES):1||Clustering methods:1||Clusteringbased sequential selection (CSS):1||Coal mine subsidence:1||Code coverage:1||Coevolutionary algorithms:1||Coevolutionary computation:1||Cognitive diagnosis model (CDM):1||Cognitive diagnosis models (CDMs):1||Collaborative EvolutionarySwarm Optimization (CESO):1||Combinatorial Optimization:1||Combinatorial optimization problem:1||Combinatorial optimization problems:1||Combinatorial optimization problems (COPs):1||Communication networks:1||Competition:1||Complex continuous optimization problems:1||Complex network:1||Comprehensive Learning particle swarm optimization (CLPSO):1||Computational intelligence:1||Compute Unified Device Architecture (CUDA):1||Computer science:1||Concurrent transmission:1||Connectivity:1||Constrained multiobjective optimization:1||Constrained optimization:1||Constrained optimization problems:1||Context modeling:1||Continuous domain:1||Continuous optimization:1||Continuous problems:1||Control system synthesis:1||Control systems:1||Convergence speed:1||Convolutional Neural Network:1||Convolutional neural networks:1||Cooperation:1||Cooperative Coevolution:1||Cooperative coevolution (CC):1||Correlated Nakagami fading channels:1||Correlation:1||Costs:1||Cross Slot:1||Cross quadrature amplitude modulation (QAM):1||Crossdocking:1||Crossdomain:1||Crossover Operator:1||Crossover operator:1||Crowd simulation:1||Cumulative learning:1||Cyberphysical integration:1||Dday itinerary:1||DE:1||DOA estimation:1||DOAmatrix method:1||Data Science:1||Data centre:1||Data models:1||Data privacy:1||Datadriven:1||Datadriven evolutionary algorithm (DDEA):1||Database management:1||Databases:1||Decision making:1||Decision tree:1||Decompositionbased multiobjective evolutionary algorithms (MOEAs):1||Decoupled optimization technique:1||Deep neural network:1||Degreeconstrained minimum spanning tree:1||Delayscale spreading function:1||Density clustering:1||Depthguided local convolution:1||Derivativefree optimization:1||Deterministic Crowding (DC):1||Differential Evolution (DE):1||Differential algorithm:1||Differential evolution (de):1||Digitized native protein mapping:1||Dimensiondecreasing:1||Direct search (DS):1||Dirichlet process mixture model:1||Discrete:1||Discrete domain:1||Distortion measurement:1||

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