The GCWCN2018 organizers regard plagiarism as a serious professional misconduct. All submissions will be screened for plagiarism and when identified, the submissions by the same author will be rejected. A submission SHOULD NOT be intended to get reviews from the Program Committee for the sole purpose of improving on the quality of the paper. A submission implies that the author intends to ultimately register the paper upon a favorable response from the conference organizers. GCWCN2018 doesn’t encourage withdrawals after the paper is accepted.

  • Submission Check List:

    - If you don’t have EDAS account. Create New Account on EDAS
    - Prepare the paper according to guide lines and follow the template
    - Abstract should be of 100-500 words
    - Check for book marks –not allowed
    - Check for author, Name, Affiliation, and email ( Max Four authors)
    - Get the pdf of word file , through pdf express
    - Login at EDAS
    - Follow the instructions
    - Don’t forget to add the co-authors on EDAS while submitting the paper (Most IMP)

  • We welcome submissions for GCWCN2018’s Technical Program in the following areas and not limited to:

    Track 1: Communications Networks

    • Mobile social networks
    • Self-organizing networks
    • Inter-working of 2G, 3G and 4G wireless networks
    • Vehicular networks
    • Autonomic Communications
    • Cross-layer design and optimization
    • Green and secure MAC
    • MIMO antennas and network architectures
    • Congestion and Admission Control
    • Machine-to-Machine (M2M) communications
    • Multimedia QoS and traffic management
    • Wireless networking in smart cities
    • B3G/4G systems, WiMAX, WLAN, WPAN
    • 5G Inter-networking
    • Energy-efficient Computation and Communication
    • Fault tolerance, Reliability and Survivability
    • Interconnection Networks and Architectures
    • Smart Antenna Based Networking
    • Smart Grid Communications
    • Smart Antenna Based Networking

    Track 2: Cognitive Radio Networks

    • Cognitive Radio Networks
    • Future Wireless Internet
    • Cloud Computing and Data Center Networks
    • Interworking Of Heterogeneous Wireless Networks
    • Localization for Wireless Networks
    • Optimal Energy-Aware Clustering
    • Traffic and Energy Consumption Rate
    • Energy-Efficient Topology Control
    • Energy Optimization in Multi-Hop Communications
    • Energy Supply, Lifetime and Transmission Power
    • Energy Harvesting For Autonomous Networks
    • Software Define Radio (SDR)
    • Spectrum Management (Cognition)

    Track 3: Internet of Things (IoT)

    • IoT Architectures, Protocols, and Algorithms
    • IoT Big Data Analysis
    • User-Oriented, Context-Aware IoT Services
    • IoT Device and Network Domain Technologies
    • IoT Sensing Things Technology and Applications
    • Cloud Computing and IoT
    • Security, Trust, Privacy and Identity in the IoT
    • IoT Application Scenarios
    • Performance Evaluation of IoT Technologies
    • 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 Devices in the IoT
    • Localization in IoT

    Track 4: Media and Signal Processing

    • Image, Video, and Multimedia Signal Processing
    • Virtual Reality Signal Processing
    • Speech and Audio Signal Processing
    • Social Media Networks
    • Multimedia Communications
    • Compressive Sensing and Compressive Sampling
    • Adaptive Signal Processing
    • Signal Processing Applications and Systems
    • Sensor Array & Multichannel Signal Processing
    • Multi-Rate Signal Processing
    • Spoken Language Processing
    • Video Processing, Segmentation and Analysis
    • Real Time Signal Analysis
    • Biomedical Signal Analysis
    • Parallel and Distributed Algorithms
    • Pattern Recognition and Analysis

    Track 5: Security

    • Security and Privacy
    • Reliability Aspects
    • Mechanisms for Authentication
    • Secure Communication
    • Encryption Algorithms
    • Sensor Secure Management
    • Data Integrity and Trustworthiness Issues
    • IoT Security
    • Information-Theoretic Security
    • Cyber Security and Policies
    • Application Layer Security
    • End-To-End Security and Mobility
    • Wireless Network Security and Privacy
    • Embedded Security
    • Device Security

    Track 6: Green ICT

    • Smart Cities
    • Multiple Accesses Controls
    • Ad Hoc and Sensor Networks
    • Co-Operative Networks
    • Network Protocols and QoS Scheduling
    • Radio Resource and Mobility Management
    • Next Generation Networks
    • Wireless Telemedicine and E-Health Services
    • Radio Propagation and Channel Modeling
    • Source, Channel Coding and Access Techniques
    • RFID and Wireless Sensor Networks
    • Positioning and Localization Protocols
    • Synchronization Controls in WSN
    • Intelligent Transportation System
    • Bandwidth Management
    • Cloud Computing and Data Center Networks
    • High Performance Switching and Routing

    Track 7: Advanced Smart Grid and Power System

    • Communications Networks for Smart Grid
    • Responsive Grids
    • Smart Metering, Demand Response and Dynamic Pricing
    • Electric Vehicle Technologies
    • Photovoltaic Technology
    • Solar Thermal Applications
    • Wind and Water Based Energy Generation
    • Hydrogen & Fuel Cell
    • Energy Network and Topologies
    • Smart Grid Technology and Micro-Grids
    • Energy Harvesting and Conversion
    • Application of Optimization Techniques to Smart Grid / Micro-Grid
    • Wide Area Protection, Communication, and Control in Energy Systems
    • Cyber Security Systems (Intelligent Monitoring and Outage Management)
    • Power Quality Control and Utility Applications
    • Renewable Energy
    • Electric Machines
    • Modeling, Simulation, Analysis, Design and Implementations of Power Circuit
    • Smart Grid Applications