Topic 1: Bioinformatics
Algorithms, models, software, and tools in bioinformatics
Any new methods for bioinformatics problems
Application in diagnosis, prognosis, treatment, monitoring, and rehabilitation
Biological devices/biosensors and molecular diagnostics
Computational proteomics
Structure, Function, and Sequence Analysis of DNA and RNA
Experimental methods for model validation
Genetic Engineering and Protein Engineering
Gene regulation, expression, identification, and networking
GENOMICS AND PROTEOMICS
Imaging, instruments, and sensors used for model generation and recognition
Immunology and Chemical Informatics
Multi scale modeling and synthesis research
Next Generation Sequencing
Pharmaceutical applications
Probabilistic optimization methods in bioengineering
Protein interactions, docking, and function
Protein structure, function, and sequence analysis
Sequence analysis
Structural bioinformatics
Structural, Functional, and Comparative Genomics
Structure prediction
Synthetic Biology
Topic 2: Bioinformatics and Intelligent Computing
Algorithms and software tools
Algorithms, models, software, and tools in bioinformatics
Biostatistics and Stochastic Models
Computational evolutionary biology
Computational Intelligence
Computational Molecular Systems
Computational neuroscience
Data collection, normalization, analysis, and visualization
Data management and modeling tools
Data Mining and Machine Learning
Database and Data Management
Drug Design and Computer Aided Diagnosis
Emerging numerical methods and computational tools
Formal verification of biological systems
Gene regulation, expression, identification, and networking
Biology and Parallel Implementation of High Performance Computing Systems
Image analysis
Inferring from high-throughput experimental data
The Application of Information Technology in Computational Bioengineering
Model Design and Evaluation
Model integration of biological databases
Multi scale modeling and analysis methods
Pattern recognition, clustering, and classification
Topic 3: Intelligent Computing
Design and construct hardware and software systems for processing and structuring
Manage various types of information
Scientific research
Enable intelligent operation of computer systems
Create and use communication and entertainment media