By allowing for the flexible configuration of physical layer parameters per sub- band according to the diverse requirements of future 5G services, pulse shaped OFDM systems can efficiently facilitate asynchronous transmissions and fragmented spectrum access, rendering it beneficial for various mobile-broadband and ...
May 30, 2016
May 12, 2016 · In this paper, we elaborate on several pulse shaping design methods, and show how pulse shapes can be exploited as an additional degree of ...
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Apr 20, 2017 · Pulse-shaped OFDM allows the pulse shape to extend over the symbol period, rendering successively transmitted symbols to overlap or partially ...
In OFDM, a rect- angular pulse shape is used per subcarrier which results in high spectral sidelobes around each subcarrier and eventually in OOBE.
In this paper, we present pulse shaped OFDM as an enabler for a flexible PHY design of the air interface for 5G. After introducing the waveform details and ...
These systems are designed on the success of LTE/LTE-A and many other present wireless cellular systems. In this paper, we have proposed a new pulse shaping ...
Abstract—In this paper, we present pulse shaped OFDM as an enabler for a flexible PHY design of the air interface for. 5G. After introducing the waveform ...
PDF | In this paper, we present pulse shaped OFDM as an enabler for a flexible PHY design of the air interface for 5G. After introducing the waveform.
Aiming at reduced latency and more flexible resource allocation, this concept involves frequent uplink and downlink switching and relatively short transmission ...
... OFDM systems and propose a new pulse-shaped design method with arbitrary ... 5G communication systems. As flexibility and ... 5G Air Interface Design Based on ...