The Internet of Things (IoT) is aimed at enabling the interconnection and integration of the physical world and the cyber space. It represents the trend of future networking towards the 5G Technology, and leads the IT industry revolution.
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
08月31日
2017
09月02日
2017
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