In this work we analyse and demonstrate the coexistence of digital coherent and analogue
radio over fibre signals over an access-metro transmission network and field fibre. We …

Radio-over-Fiber-based Seamless Fiber-Wireless Convergence for Small Cell and Linear Cell
Networks Page 1 M4J.5.pdf OFC 2018 © OSA 2018 Radio-over-Fiber-based Seamless …

Efficient use of spectral resources will be an important aspect for converged access network
deployment. This work analyzes the performance of variable bandwidth Analog Radio-over …

In this paper, a leading-edge radio access network empowered by fiber-wireless integration
is envisioned. Recent research progress is discussed in aspects of advanced waveforms …

Demand for mobile networks with high capacity and increased data rates for the up-coming
5G scenarios will require a capillary presence of antennas and a tight coordination between …

Cellular networks with hyper-dense deployment of small cells have been identified as the
performance-optimizing architecture for fifth generation (5G) mobile systems. A thousand …

5G systems will rely on the use of massive of number of antennas in the base-stations to
meet the rate, latency and coverage requirements of next generation cellular networks. This …

In the evolution of communication networks, there has always been a need to increase the
capacity to cope with the continuous growing demand for data transmission. However, with …

The convergence of fiber and wireless systems based on millimiter-wave (mmWave) bands
seems to be a promising fronthaul solution for the fifth generation (5G) centralized radio …

Fifth generation cellular systems will operate in a wide range of frequencies, covering both
the traditional cellular bands, and mm-wave frequency bands, either selecting a specific …