Fiber-wireless integrated networks that rely on the collaborative use of both fiber-based and wireless communication technologies are currently turning into a highly important research area in view of the forthcoming era of 5G mobile systems. To provide high bandwidth and reliable service for both fixed and mobile users, a well-designed network must take into account both optical and wireless transmission, with efficient allocation of resources and satisfaction of QoS requirements within this hybrid network environment.
Possible contents of the workshop include but are not limited to:
Fiber-wireless network architectures and technologies for 5G front- and/or backhauling
Novel Fiber-Wireless network architectures for broadband wireless services
Hybrid fiber-wireless access networks
Optical generation, distribution, and control of broadband fiber-wireless signals
Optical devices and systems for Fiber-Wireless signal generation, processing and transmission
Photonic transceivers for Fiber-Wireless network applications
Integrated Photonic technologies for Fiber-Wireless network applications
Photonic Systems for antennas and beamforming
Millimeter-wave/Microwave Fiber-Wireless systems
Integration of wireless communication and sensing
05月15日
2017
05月17日
2017
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