The Workshop on Enabling Communications and Networking for Future Internet is going to be held in world's only island city-state, Singapore. The motive of WECNet is to bring together computer scientists, researchers, engineers, and people from industry to exploit the world in a best possible way for mankind. WECNet in conjunction with LCN 2017 has the focus on Future Networks especially IoT and its enabling technologies from the perspective of networking and communication. Internet of Things (IoT) is of vital role in Future Networks and is at the forefront in its latest extensions.
The major enabling technologies that are giving a flying kick start to the Future Networks are IoT, ad hoc and wireless sensor networks (WSNs), short-range wireless communications, real-time systems, low power and energy harvesting, radio frequency identification, machine type communication, resource-constrained networks, embedded software and in situ processing. Among all others, IoT is an enabling ubiquitous computing technology with novel design paradigm to integrate global physical objects, cyber and social spaces, machines and lot of other thingamabobs. It may also be envisaged as a web of trillions of machines.
Therefore, many other extended terminologies can be found in literature like a web of things, social Internet of things, internet of vehicles, internet of cities, internet of robotic things, internet of trains, internet of smartphones, industrial IoT, industrial internet of the micro smart grid, internet of battle things, etc. Communication and networking is at the heart of this wave for gaining multifold sustainable and viable benefits from constituents of Future Networks and its interacting technologies (radio frequency identification, wireless sensor network, Wireless personal area network, wireless body area networks, machine to machine, cloud computing, data centers, Bluetooth, Zigbee, LTE-A, Satellite).
Submissions could discuss novel ideas, original results, theoretical and applied research in topics, but not limited to:
RF/microwave/optical/terahertz devices, signal processing, and communications
Energy-efficient/aware Computing, Networking & Data Centers
Efficient communication under delay or quality of service constraints
Communication and networking issues and their solutions in Future Networks
Data Center Networks with OpenFlow
IoT access network technologies and capillary networks
Testbeds, case studies, experimental measurements, performance evaluations and optimizations in communication and networking
Infrastructure of information network
Data Integration, Data Dissemination, Data Management, and Query Processing Algorithms
Software, hardware, devices, and equipment
Emergence in user experience and quality of service for green IoT
Energy efficient protocols and algorithms for device-to-device, small and dense networks
Communication and networking protocols among enabling technologies in Future Networks
MAC/Network layer cooperative communications for Future Networks
Network design, coding, and infrastructure for Future Networks
10月09日
2017
10月12日
2017
注册截止日期
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