Call for Special Session/Workshops Proposals (ICIC2014)
August 3-6 , 2014
Taiyuan, China
(http://www.ic-ic.org/2014/index.htm)
The ICIC2014 Program Committee is inviting proposals for special sessions to be held during the conference (http://www.ic-ic.org/2014/index.htm), taking place on August 3-6 2014, in Taiyuan,China.
Each special session proposal should be well motivated and should consist of 5 to 8 papers. Each paper must have the title, authors with e-mails/web sites, and as detailed an abstract as possible. The special session organizer(s) contact information should also be included. All special session organizers must obtain firm commitments from their special session presenters and authors to submit papers in a timely fashion (if the special session is accepted) and, particularly, present them at the ICIC 2014. Each special session organizer will be session chair for their own special sessions at ICIC 2014 accordingly. All planned papers for special sessions will undergo the same review process as the ones in regular sessions. All accepted papers for special sessions will also be published by Springer's Lecture Notes in Computer Sciences (LNCS)/ Lecture Notes in Artificial Intelligence (LNAI)/ Lecture Notes in Bioinformatics (LNBI)/ Communications in Computer and Information Science (CCIS).
All the authors for each special session must follow the guidelines in CALL FOR PAPERS to prepare your submitted papers.
Proposals for special sessions should be submitted in ELECTRONIC FORMAT to Workshop/Special Session Chair:
Zhongming Zhao, Ph.D, Associated Professor
Departments of Biomedical Informatics, Psychiatry, and Cancer Biology
Vanderbilt University Medical Center
zhongming.zhao@Vanderbilt.Edu
Tentative Special Sessions/Workshops(ICIC2014)
August 3-6 , 2014
Taiyuan, China
(http://www.ic-ic.org/2014/index.htm)
1. Special Session on Intelligent Computing in Scheduling and Engineering Optimization
Organizers:
Ling Wang, Professor, Ph.D
Department of Automation, Tsinghua University, China
Email: wangling@tsinghua.edu.cn
Bin Qian, Professor, Ph.D
Department of Automation, Kunming University of Science and Technology, China
Email: bin.qian@vip.163.com
Bo Liu, Ph.D
Academy of Mathematics and Systems Science, Chinese Academy of Sciences, China
Email: bliu@amss.ac.cn
Scope:
This special session intends to give the state-of-the-art of scheduling and optimization research that satisfies the needs of modern manufacturing and engineering systems. Interdisciplinary methodologies may be given based on the innovative intelligent computing and optimization techniques to provide effective and efficient solution procedures for complex scheduling and engineering optimization problems. The aim of this special session is to reflect the most recent developments of biology-based, physics-based, chemistry-based, mathematics-based and other intelligent computing techniques used for scheduling and optimization in a variety of manufacturing and engineering systems. The topics of interest include, but are not limited to:
Biology-based intelligent computing techniques for scheduling and engineering optimization
Physics-based intelligent computing techniques for scheduling and engineering optimization
Chemistry-based intelligent computing techniques for scheduling and engineering optimization
Mathematics-based intelligent computing techniques for scheduling and engineering optimization
Other intelligent computing techniques for scheduling and engineering optimization
Multi-objective scheduling and engineering optimization
Dynamic/uncertain/fuzzy scheduling and engineering optimization
Scheduling and engineering optimization in practical systems
2. Special Session on Advances in Bio-inspired Computing: Theories and Applications
Organizers:
Dr. Niu Ben (Associate Professor)
College of Management, Shenzhen University, Shenzhen, China
E-mail: drniuben@gmail.com
Dr. Liang Jing (Associate Professor)
School of Electrical Engineering, Zhengzhou University, Zhengzhou, China
Email: liangjing@zzu.edu.cn
Dr. Liu Yan Min (Professor)
Department of Math, Zunyi Normal College, Zunyi,China
E-mail: yanmin7813@gmail.com
Dr. Chen Hanning (Associate Professor)
Laboratory of Information Service and Intelligent Control, Shenyang Institute of Automation, Chinese Academy of Sciences Shenyang, China
Email: chenhanning@sia.cn
Scope:
Bio-inspired computing is the field of research works with computational techniques inspired by biological behavior or phenomena. In the last decades, many new biological inspired computing approaches have been proposed such as particle swarm optimization, ant colony system, bee colony algorithm, bacterial foraging algorithm etc. This special session is soliciting papers on all aspects of bio-inspired algorithms and their applications. This special issue provides an opportunity to present and discuss the latest theoretical advances and real-world applications in this research field. The topics of interest include but are not limited to:
Particle swarm optimization
Ant colony system
Bacterial foraging Optimization
Bacterial Colony Optimization
Bees algorithm
Artificial life
Other biological-inspired computation techniques
Dynamic optimization
Multi-objective optimization
Constrained optimization
Portfolio optimization
Job scheduling
Image processing
Pattern recognition
Other real world applications
3. Special Session on Data Mining Techniques in Epidemiological/Biological Sciences
Organizer:
Dr. Wilbert Sibanda (PhD)
School of Information Technology
North-West University
South Africa
Email: Wilbert.sibanda@nwu.ac.za
Scope:
Epidemiology is a branch of science that deals with finding and explaining health and disease trends in human, animal and plant populations. The study aims to determine patterns, aetiology, and effects of diseases in populations. Data mining is a computational process that involves finding algorithms to describe inherent trends in large data sets. Data mining can assist in understanding the hidden disease dynamics, resulting in simpler interpretation of the data set.
The purpose of this session is to bring together researchers in the fields of data mining in epidemiological and biological sciences to address the challenges in the field and exchange cutting edge research results and methodologies.
Topics of interest include the following:
Disease dynamics
Epidemiological data interpretation
Artificial neural networks
Genetic algorithms
Machine learning
Decision trees
Statistics
4. Special Session on Time Series Forecasting and Analysis Using Artificial Neural Networks
Organizers:
Dr. Abir Hussain (Senior Lecturer)
School of Computing and Mathematical Sciences, Liverpool John Moores University, UK
E-mail: a.hussain@ljmu.ac.uk
Dr. Dhiya Al-Jumeily (Principal Lecturer)
School of Computing and Mathematical Sciences, Liverpool John Moores University, UK
E-mail: d.aljumeily@ljmu.ac.uk
Dr. Hissam Tawfik (Associate Professor)
Department of Computer Science, Liverpool Hope University, UK
Email: tawfikh@hope.ac.uk
Dr. David Reid (Senior Lecturer)
Department of Computer Science, Liverpool Hope University, UK
Email: reidd@hope.ac.uk
Scope:
Time series generally refers to a sequence of data points, of any data series measured typically at successive times, spaced at time intervals. In practice, it is a collection of historical data of one system, such as a stock price, traffic data, and the pollution rates.
Time series analysis comprises methods that attempt to understand the behaviour of such time series, often either to understand the underlying theory of the data points, or to make forecasts. Time series forecasting is the use of a model to predict future events or future data points based on known past events. It is a process that produces a set of outputs based on a given set of historical variables. Forecasting assumes that future occurrences are based on present or past events, in which some aspects of the past patterns will continue into the future. Past relationship can then be discovered through study and observation. Hence, time series forecasting can be considered to refer to the discovery of relationships between present, past and future observations.
The scientific community continues to be interested in understanding how and to what extent novel neural network architectures can be efficiently applied for time series forecasting.
The aim of this session is to report on a variety of neural computing techniques for time series and forecasting.
Various types of time series to consider can include, but are not limited to:
Image and signal prediction
Physical times series prediction
Medical data forecasting and analysis
Financial time series analysis and forecasting
Various neural network architectures to consider for the prediction and the analysis of the data can include, but are not limited to:
Feedforward neural networks
Recurrent neural networks
Higher order neural network
Spiking neural networks
5. Special Session on Computer Human Interaction using Multiple Visual Cues and Intelligent Computing
Organizer:
Dr. Prashan Premaratne
School of Electrical, Computer and Telecommunications Engineering,
Faculty of Engineering and Information Sciences,
University of Wollongong, Australia
E-mail: prashan@uow.edu.au
Dr. Hanning Zhou
Vice President of Research
Zhigu Technology, Beijing
Email: zhouhn@zhigu.com
Scope:
Human computer interaction (HCI) has prominently featured in most of the consumer electronics control systems over the past decade. Every new consumer electronic ‘gadget’ is reviewed by numerous parties to highlight their user friendliness in day-to-day operations. Remote controllers are seen as ‘the’ mode of interaction with these apparatus however, many are looking forward to a flexible and natural way to communicate with these devices. Now a new trend is emerging in Intelligent Computer arena where hand gestures, head movements and eye and face movements can be accepted as a mode of communication when interacting with machines. Research developments in this area have inspired gaming devices such as Microsoft Kinect that would accept face and gaze tracking and hand gestures. This session will highlight latest research carried out in the area of human computer interaction and their potential applications in gaming industry, other modes of entertainment and communicating with disabled persons. This special issue provides an opportunity to present and discuss the latest theoretical advances and practical applications in this research field. The topics of interest include but are not limited to:
Computer Human Interaction
Gesture Recognition and Classification
Skin Segmentation
Face and Gaze Detection and Recognition
Eye Tracking
Stereoscopy
Technological developments in sign language
Emotion recognition by machine
Computer Vision Applications
6. Special Session on Computer Aided Detection and Pattern Recognition in Real Life and Medicine.
Organizer:
Ph.D. Vitoantonio Bevilacqua
Tenured Assistant Professor of Human Computer Interaction
Department of Electrical and Information Engineering
Polytechnic of Bari - Italy
E-mail: bevilacqua@poliba.it
Scope:
Real Life Scenarios and Medical Applications can take advantages from specific algorithms and frameworks designed and tested by multidisciplinary team involving Engineers, Computer Scientists, Physicians but also bioinformaticians, psychologists and architects. In particular, the main potentialities in this field concern with several results obtained by using computers to detect and recognize patterns and features useful to support decisions in innovative and complex scenarios. The goal of this special issue is the discussion of the latest theoretical advances and practical applications in this research field with particular aspect to Real Life and Medicine. The topics of interest include but are not limited to:
Emotional Recognition and Classification in different domains
Emotive Response to stimuli for Early Diagnosis in Rare and Neurological Diseases
Eye Movements Measurements for Early Diagnosis
Augmented and Virtual Reality for Active and Assisted Living Design
Human Computer Interaction for Telemedicine and Innovative Surgery
Brain Computer Interface, motor imagery and steady state evoked potentials
Computer Vision for Fall detection and People tracking and monitoring
Medical Imaging
Bioinformatics
7. Special Session on Protein and Gene Bioinformatics: Analysis, Algorithms and Applications
Organizers:
Michael Gromiha PhD
Associate Professor, Department of Biotechnology, Indian Institute of Technology Madras
Chennai 600 036, India
Email: gromiha@iitm.ac.in
URL: http://www.biotech.iitm.ac.in/Gromiha
Y-h. Taguchi Ph.D.
Professor, Department of Physics, Chuo University, Tokyo 112-8551,Japan
E-mail:tag@granular.com
URL: http://www.granular.com/tag/index-j.htm
Scope:
The advanced developments in Biotechnology provide a wealth of data on genomes, proteomes, metabolomes and transcriptomes. This has been evidenced with the growth of data in gene expression profiles, amino acid sequences, protein three-dimensional structures and protein-protein interaction networks. The availability of data pave way to several analyses in biological and medical research, such as high-throughput protein structure prediction, genome-wide protein-protein interaction prediction, binding sites and interface structures in protein complexes, identification of post-transcription modification sites, single nucleotide polymorphism (SNP) prediction, gene expression profile data analysis and so on. The comprehensive analysis, development of efficient algorithms, software and tools for data integration and visualization are necessary in these cutting-edge research fields.
This special session provides a forum for researchers to present and discuss their latest research results to timely identify and address related problems and challenges. We invite the submission of high-quality, original and unpublished papers in this area. Computational methods for protein and gene bioinformatics includes but are not limited to:
Protein structure analysis, folding and stability
Secondary and tertiary structure prediction of globular and membrane proteins
Analysis and prediction of protein-protein, protein-nucleic acid and protein-ligand interactions including contact sites, hotspots and interface
Modeling and Analysis on protein interaction network
Gene regulatory network modeling
Disease related single nucleotide polymorphism identification
Disease related cell signaling pathway identification
Gene expression profile data analysis
8. Special Session on Biometric System and Security for Intelligent Computing
Organizers:
Saiful Islam, Assistant Professor
Department of Computer Engineering
Aligarh Muslim University
Aligarh, India
email: saifulislam@zhcet.ac.in
Vandana Dixit Kaushik, Assistant Professor
Department of Computer Science & Engineering
Harcourt Butler Technological Institute
Kanpur, India
e-mail: vandanadixitkaushik@yaghoo.com
Phalguni Gupta
Professor
Department of Computer Science and Engineering
Indian Institute of Technology Kanpur
Kanpur, India
email: pg@iitk.ac.in
Scope:
Biometrics is generally used as a form of identification and access control. It extracts physiological and behavioral characteristics of an individual and used as a descriptor and identifier of an individual. Biometrics is considered to be the most reliable means to secure data that has to be transferred digitally. The collection of biometric data raises privacy concerns about the ultimate use of this information. With the increase in the size and complexity of biometric data the problem becomes much more acute. It still it suffers from various challenges which need careful attention before the mass scale deployment. The public acceptance of biometrics is greatly dependent upon its ease of use, social status, performance, and feasibility of spoofing. There is a strong need to study security of biometric template and technologies. This motivates the research in the area of biometrics security with a path forward. he topics of interest include but are not limited to:
Physiological and behavioral traits
Privacy issues and template protection techniques
Indexing and retrieval of large biometric data
Multimodal biometrics and fusion approaches
Template update
Anti-spoofing issues in biometrics
Novel biometric traits
Biometrics interoperability
Quality based biometric assessment
Latent fingerprint recognition
Mosaicing in biometrics
Digital Forensics
Anti-Forensics Techniques
Steganography
Watermarking
Data Hiding
9: Special Session on Learning from Imbalanced Data
Organizers
Jair Cervantes Canales, Ph.D
Department of Computer Sciences
Autonomous University of Mexico State (UAEMEX-Texcoco)
Email: jcervantesc@uaemex.mx
Farid Garcia Lamont
Department of Computer Sciences
Autonomous University of Mexico State (UAEMEX-Texcoco)
Email: fgarcial@uaemex.mx
Asdrúbal Lopez Chau
Department of Computer Sciences
Autonomous University of Mexico State (UAEMEX-Zumpango)
Email: asdrubalchau@gmail.com
Scope:
Machine learning techniques have shown tremendous progress in recent years, which has allowed it become commonly used in the real world. Many techniques have been introduced to discover different representations of knowledge from data in numerous fields. It is in this context that the importance of certain problems that some researchers were beginning to glimpse is of paramount importance. One of such problem is the imbalanced data, where one class contains much smaller number of examples than the remaining classes. The imbalanced distribution of classes constitutes a difficulty for standard learning algorithms and calls for specialized approaches. This problem is extensive in many real-world applications: fraud detection, risk management, face recognition, text classification, and many others. The aim of this special session is to provide a forum for international researchers and practitioners to present and share their original works addressing the new challenges, research issues and novel solutions in imbalanced data.
Topics of interest
Sampling techniques for imbalanced data
High dimensional and class-imbalanced data
Ensembles for imbalanced data
Pre-processing, structuring and organizing complex data
Imbalanced classes in noisy environments
Skewed data and difficult classes
Imbalanced data for regression
Imbalanced data and semi-supervised learning
Imbalanced in multi-class problems
Performance evaluation of classifiers in imbalanced domains
Handling class imbalance by modifying inductive bias and post-processing learned models
Theoretical aspects of constructing combined imbalanced learning systems
Imbalanced learning in changing environments
Incremental online learning algorithms
Cost-sensitive learning
Real applications
10: Special Session on Advanced Modeling, Control and Optimization Techniques for Complex Engineering Systems
Organizers:
Kang Li, Professor & PhD
Queen's University of Belfast, UK
Email: k.li@qub.ac.uk
Ning Li, Professor & PhD
Shanghai Jiaotong University,China
Email: ning_li@sjtu.edu.cn
Dajun Du, PhD
Shanghai University, China
Email: ddj@shu.edu.cn
Jing Deng
Queen’s University Belfast, UK
Email: dengjing101@gmail.com
Scope:
The main focus of this special session will be on the new theories and their applications in modeling, control and optimization for complex engineering systems, especially in industry applications. The special session enables researchers worldwide to report their most recent developments and ideas in the field, with a special emphasis on the technical advances proposed within the last five years. The topics to be covered include, but not limited to:
Advanced modeling, control and optimization for industrial processes
Networked control system theory and applications
Production planning and scheduling
Intelligent computing and the applications
Power electronics and power drives
Power system operation and control with integration of renewables
Electrical machinery and electrical apparatus
Intelligent control systems in energy intensive industries and smart grid
Intelligent transport systems and electric vehicles
Intelligent sensing technology and instrumentations
Nonlinear system modeling and control theory and applications
Fuzzy and neural systems
Intelligent fault detection
Flexible manufacturing systems
Factory modeling and automation
Advanced image processing technologies
Advanced adaptive control
Advanced learning Systems
Smart sensor networks
11: Special Session on Complex Networks and Their Applications
Organizer:
Dr. Yunxia Liu (Associate Professor)
College of Information Science and Technology
Zhengzhou Normal University, Zhengzhou, China
Email: liuyunxia0110@hust.edu.cn
Scope
Real-world entities often interconnect with each other through explicit or implicit relationships to form a complex network. Complex networks describe a wide range of systems in nature and society, much quoted examples including biological systems, engineering systems, economic systems, the Internet, and so on. Complex Networks and their Applications aims at bringing together researchers and practitioners from different science communities working on areas related to complex networks, which can cover everything from the basic mathematical, physical and computational principles needed for studying complex networks to their applications in ecological, informational, engineering, technological and other systems.
Authors are encouraged to submit both theoretical and applied papers on their research in complex networks. Topics for this session include, but are not limited to:
Structural Network Properties and Analysis
Complex Networks and Epidemics
Rumor Spreading
Generation of Complex Networks
Motif Discovery in Complex Networks
Visualization of Complex Networks
Complex network mining
Dynamics and evolution patterns of complex networks
Community discovery in complex social networks
Methodological problems in complex network studies
Various applications of complex network theory and models
Complex network analysis, synchronization and control
Applications of complex network analysis
Human dynamics over complex networks
Complex systems and complex networks
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