会议名称:2019 4th International Conference on Computational Intelligence and Applications (ICCIA 2019)
2019年第四届计算智能与应用国际会议
开始日期:2019-06-21
结束日期:2019-06-23
所在国家:China
所在城市:Nanchang
具体地点:China Nanchang Nanchang University
摘要截稿日期:2019-01-30
Welcome to the official website of the 2019 the 4th International Conference on Computational Intelligence and Applications (ICCIA 2019), which will be held in Nanchang, Jiangxi Province, China, during June 21-23, 2019, sponsored by Nanchang University .
Computational Intelligence (CI), as an offshoot of the subject of Artificial Intelligence (AI), is a research field of studying various tools such as fuzzy logic, neuro networks, genetic algorithms, etc. Growing technical achievements to gather and integrate multi-“style” data from sensors, mobile devices, social media, log files, cameras, microphones etc. provide useful information about the state and the environment of the data sources, but also result in large and complex data sets, known as Big Data, which requires more efficient and powerful data analysis methods and applications.
Recently, the great breakthroughs, Convolutional Nets in Deep Learning, in the field of Computational Intelligence have tremendously attracted the sights of researchers and aroused their enthusiasms in exploring broader applications of the CI solutions to “Big Data” problems. Deep Learning, as a core domain of CI, provides more efficient algorithms to deal with large-scale data in neuroscience, computer vision, speech recognition, language processing, biomedical informatics, recommender systems, learning theory, robotics, gaming theory. DL is gaining applications in many domains due to the availability of large amount of data coupled with machine learning algorithms. As an increasing trend, it is necessary to establish a research forum that will enable to identify the emerging trends in the domain. As a huge part of “Big Data” comes from social networks, understanding and representations of texts in Natural Languages (NL) play an extremely important role and it is indispensable to bring Computational Semantics elements into CI to provide a true machine understandable, interactive, and communicable environment. To meet these requirements, ICCIA 2019 will provide researchers and practitioners an effective forum to exchange their latest findings and achievements in the fields of Computational Intelligence.
Topics of interest for submission include, but are not limited to:
Associative memories
Ant colony optimization
Artificial immune systems
Artificial life
Bioinformatics and bioengineering
Brain Imaging and neural information processing
Brain compuComputational neuroscienceter interface
Connectionist theory and cognitive science
Classifier systems
Coevolution and collective behaviour
Cognitive systems and applications
Combinatorial and numerical optimization
Constraint and uncertainty handling
Differential evolution Data mining
Data mining
Embedded neural systems
Evolutionary Computation
Estimation of Distribution Algorithms
Evolutionary computation for bioinformatics
Evolutionary computation in dynamic and uncertain environments
Evolutionary computer vision
Evolutionary data mining
Evolutionary design
Evolutionary games
Evolutionary intelligent agents
Evolutionary learning systems
Evolutionary robotics
Evolutionary techniques in economics, finance and marketing
Evolvable hardware and software
Evolving neural networks and fuzzy systems
Fuzzy Systems
Fuzzy logic and fuzzy set theory
Fuzzy-neuro-evolutionary -rough hybrids
Fuzzy and rough data analysis
Fuzzy optimization and design
Fuzzy decision making
Fuzzy systems modeling and identification
Fuzzy mathematics
Fuzzy systems architectures and hardware
Fuzzy pattern recognition
Fuzzy image processing
Fuzzy control and systems
Fuzzy data mining and forecasting
Fuzzy information processing
Fuzzy human interface
Fuzzy internet and multimedia
Fuzzy computing with words
Granular computing
Hardware implementation
Hybrid optimisation algorithms
Hybrid intelligent systems
Image and signal processing
Intrusion detection and fault diagnosis
Mathematical modeling of neural systems
Memetic and hybrid algorithms
Multi-objective optimization
Molecular and quantum computing
Neuroinformatics and bioinformatics
Neural Networks
Neurodynamic analysis
Neurodynamic optimization and adaptive dynamic programming
Probabilistic and information-theoretic methods
Pattern recognition
Robotic and control applications
Representation and operators
Supervised, unsupervised and reinforcement learning
Support vector machines and kernel methods
Swarm Intelligence
Theory of evolutionary computation
Time series analysis
Telecommunications
Transportation systems
Digital Multimedia forensics