Track 1: Advanced Computing 

• Artificial Intelligence and Machine Learning

• Computer Architecture and VLSI

• Computer Graphics, Simulation, and Modeling

• Data Management, Exploration, and Mining

• Digital System and Logic Design

• Natural Language Processing and Machine Translation

• Parallel and Distributed Algorithms

• Pattern Recognition and Analysis

• Robotics and Machine Vision

• Systems and Software Engineering

• Computational Intelligence

• Nature Inspired Computing

• Signal and Image Processing

• Reconfigurable Computing

• Cloud, Cluster, Grid and P2P Computing

• Biomedical Computing, Bioinformatics

• Green Computing

• Mobile Computing

• Ubiquitous Computing

• Context Awareness and Personalization

• Autonomic and Trusted Computing

• Cryptography and Applied Mathematics

• Security, Trust and Privacy

• Digital Rights Management

• Networked-Driven Multicore Chips

• Internet Computing

Track 2: Communications 

• Software Defined Networks and Network Programming

• Control Systems and Applications

• Communications Software

• Human Computer Interaction and Interface

• Information Theory and Coding

• MEMS Technologies for Communications

• QoS and Resource Management

• RFID Networks and Protocols

• Satellite and Space Communications

• Optical Networks and Systems

• MIMO Communications in Computer Networks

• Internet measurement, modeling, and visualization

• Cloud Communications and Networking 

• Compressed Sensing and Big Data

• Cooperative Networking

• Crowdsourcing and Machine Learning

• Cyber-Physical Systems

• Delay Tolerant Networks

• Sensor Networks and Embedded Systems

• Smart Spaces and Personal Area Networks

• Social Network Behaviors, Modeling, and Analysis

• Space Surveillance Techniques

• Vehicular, Underground and Underwater Networks

• Wireless Communication

• Future Internet and Next-Generation Networking Architectures

• High-Performance Networks and Protocols

• Virtual and Overlay Networks

• Network Simulation and Emulation

• Cognitive Radio and Cognitive Networks

• Fault Tolerance, Reliability, and Survivability

• Flow and Congestion Control

• Internet Security and Privacy

• Multimedia Networking

• Network Functions Virtualization

• Network Management

• Traffic Engineering

Track 3: Informatics

• Agricultural Informatics and Communication

• Community Information Systems

• Computational Economics

• Digital Photogrammetry, Remote Sensing, GIS and GPS

• Disaster Management

• e-governance, e-Commerce, e-business, e-Learning

• Forest Genomics and Informatics

• Healthcare Informatics

• Information Ecology and Knowledge Management

• Irrigation Informatics

• Neuroinformatics

• Open Source: Challenges and opportunities

• Web-Based Learning: Innovation and Challenges

Special Track I: Hybrid Intelligent Models and Applications

• Ant Colony for Neural Network Optimization

• Chaos Theory in Genetic Algorithms

• Genetic Algorithm for Fuzzy System Optimization

• Genetic Algorithms for Hybrid Intelligent Systems Design

• Genetic Algorithms for Neural Network Optimization

• Genetic Fuzzy Systems

• Genetic Neural Systems

• Hybrid Evolutionary Algorithms

• Hybrid Modular Neural Networks

• Hybrid optimization techniques

• Neuro-Fuzzy-Genetic Approaches

• Nature-inspired Smart Hybrid Systems

• Neuro-Fuzzy Models and Applications

• Hybrid Intelligent Systems for Pattern Recognition

• Hybrid Intelligent Systems for Data Analysis and Data Mining

Special Track II: Internet of Things (IoT)

• IoT Architectures, Protocols, and Algorithms

• IoT Big Data Analysis

• IoT Device and Network Domain Technologies

• IoT Sensing Things Technology and Applications

• Cloud Computing and IoT

• Crowd-Sourcing and Opportunistic IoT

• Data Analytics and Decision Automation

• Data Management in IoT

• Efficient Resource Management Based on IoT

• End To End/Machine to Machine (M2M) Protocols

• Knowledge-Based Discovery of Devicesin the IoT

• Localization in IoT

• Ontologies Describing IoT Devices and Their Use

• Provenance and Usage in the IoT

• Security, Trust, Privacy and Identity in the IoT

• Situational Awareness through Context Modeling In IoT

• User-Oriented, Context-Aware IoT Services

• Scalability and Robustness for Internet of Things

• Modelling and Communicating Transparency in IoT

• Wearable Devices

• Transportation Systems, Smart Homes and Cities

• Emerging E-Health IoT Applications

• IoT Application Scenarios

• Performance Evaluation of IoT Technologies