1st EAI International Conference on Future Internet Technologies and Trends

Topics are related to future internet but not limited to:

• 4G Technologies—LTE and various aspects of it

• Broadband technology

• Cognitive Radio

• Vehicular Technology

• Gigabit Wireless Networks

• Radio over fiber

• IOT—Protocols , Architecture, various technologies adopted in IOT

• Sensors, actuators and new consumer devices/Things.

• Fundamental aspects of LTE-A system

• Wireless Technologies for IoT like, IEEE 802.11ah, Zigbee Low Power, Buletooth LowEnrgy (BLE), Weightless, DASH7, HomePlug, WiMAX, IEEE 802.15.4, Z-Wave etc.

• New Communication capabilities (from short range to LPWAN to 4G and 5G networks, with NB-IoT). In addition, new protocols and the exploitation of NFV/SDN for better communications.

• Ubiquitous computing

• Spectrum handover mechanisms

• Data management and Big Data analysis to deal with large data sets and streams generated by IoT systems.

• New solutions for large distributed systems (e.g., combination of Cloud, Grid and Edge/Fog Computing).

• Cognitive systems for large IoT systems

• Platform programmability. APIs and other means for supporting the programmability of IoT systems in order to enable the exploitation of programmable features made available.

• New Business models and ecosystems.

• Existing and future communication architectures and technologies for large IoT systems

• Massive MIMO

• Co-operative communication

• Superposition coding, Index modulation and other new physical layer techniques

• Existing and future use cases and deployment of large IoT systems

• Design and evaluation of large IoT test beds, prototypes, and platforms for consumer centric IoT application development and deployment

• Solution and services supported by consumer devices

• Security, Privacy and interworking issues for cooperative IoT operations

• Interfaces, cross-platform communication and programmability for IoT systems

• Autonomics mechanisms for QoS and performance evaluation for IoT solutions

• Game-theoretic and control-theoretic mechanisms for IoT resource allocation and management

• Integrating 4G and 5G wireless technologies into IoT communications and Platforms

• Integration of cognitive techniques with IoT systems

• Energy-efficient communications considering opportunistic policies for large IoT systems

• Big data and data analytics solutions for IoT systems

• Comparison and improvement of IoT communication protocols

• New sensing and actuation capabilities and devices and their applicability

• Heterogeneous Networks