CALL FOR PAPERS



TRACK TITLE DESCRIPTION


The ICICCT-2017 conference themes, grouped in Three tracks, are the following (but are not limited to):



Sub Tracks :

  • Network Management & Traffic Engineering
  • Network Architectures
  • Optical & Satellite Networks
  • Green Networking and Smart Grid
  • Nano-Scale, Molecular and Quantum Networking
  • Social Media Privacy
  • VLSI
  • Signal Processing
  • Communications Services and Management
  • Network Algorithms and Performance Evaluation
  • Mobile Computing and Vehicle Communications
  • Internet of Things
  • Wireless networks & Cloud security
  • Cloud Communications and Networking
  • Mobility and Location Management
  • Security Architectures, Models and Protocols
  • Wireless & Semantic Sensor Network
  • Future Internet Architecture and Protocols
  • Network Security, Trust and Privacy
  • Cryptography and Data security
  • Pattern Recognition
  • Image Processing

Sub Tracks :

  • Autonomic and (self-)adaptive systems
  • Big data software engineering
  • Software testing
  • Software architecture, modeling, design and reuse
  • Reverse engineering
  • Program analysis and testing
  • End-user software engineering
  • Green and sustainable technologies
  • Soft Computing
  • Model-driven engineering
  • Agile software development
  • Requirement engineering
  • Big data software engineering
  • Software evolution and maintenance
  • Ubiquitous/pervasive software systems
  • Software product lines
  • Cooperative, distributed, and collaborative software engineering
  • Program comprehension and visualization
  • Programming, specification, and modeling languages
  • Security, privacy and trust
  • Software economics, management, and metrics

Sub Tracks :

  • Algorithm for VLSI Design
  • Reliability and Fault-tolerant Computing
  • High-performance Scientific Computing
  • Multimedia in Parallel Computing
  • Parallel Machine Learning Algorithms
  • Data Structure & Algorithm
  • Fault tolerant Distributed Algorithm
  • Information retrieval & Algorithm Design
  • Design & analysis of Parallel & Distributed Algorithm
  • Algorithm & High Performance Computing
  • Natural Language Processing