By Robert E. Collin
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Extra resources for Antennas and Radiowave Propagation (Mcgraw Hill Series in Electrical and Computer Engineering)
1–5. P. Massive MIMO and waveform design for 5th generation wireless communication systems. In: 1st International Conference on 5G for Ubiquitous Connectivity (5GU); November 2014; IEEE; pp. 70–75. , Renfors, M. Pilot-based synchronization and equalization in filter bank multicarrier communications. EURASIP Journal on Advances in Signal Processing. 2010;(1). 1155/2010/741429. 5772/66050 Abstract In this chapter, we first introduce new requirements of 5G wireless network and its differences from past generations.
Furthermore, UFMC system has a low requirement about time‐frequency calibration and non‐orthogonality. However, similar to OFDM system, UFMC suffers the influence of both the Doppler effect and the crystal oscillators of transmitter and receiver, which can result in the CFO. A small CFO will also lead to a sharp decrease in UFMC system performance. Therefore, in order to effectively reduce the interference in UFMC system so that it can improve the transmission reliability and ensure the effectiveness of the signal, interference cancelation has become a hot spot in this field.
In this way, signals allocate more bandwidths to faster transmission, high‐resolution video broadcasting, etc. Massive‐MIMO and advanced beam‐ forming technologies will allow high data rate. : 5GNOW transceiver and frame structure concept. 5th generation non‐ orthogonal waveforms for asynchronous. Signalling (5GNOW) Project Report. 5772/66050  Schaich F, Ringset V, Bellanger M, Zhang D, Ruyet D L: Compatibility of OFDM and FBMC systems and reconfigurability of terminals. Physical Layer for DYnamic AccesS and Cognitive Radio (PHYDYAS) Project Report.
Antennas and Radiowave Propagation (Mcgraw Hill Series in Electrical and Computer Engineering) by Robert E. Collin