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Prototyping-Next-Generation-5G-Wireless-Communica
- VIRTUAL INSTRUMENTATION USING LABVIEW
paper1
- Coexistence in 5G Analysis of Cross-Interference between OFDMOQAM and Legacy Users
paper3
- Coexistence of OFDM and FBMC for Underlay D2D Communication in 5G Networks
paper3
- Efficient Offline Waveform Design Using QuincunxHexagonal Time-Frequency Lattices For 5G Systems
VHOsim
- handover in 5G communication
full_paper_580_20140427143524241
- Large-Scale Antenna Systems with Hybrid Analog and Digital Beamforming for Millimeter Wave 5G
BER_OFDM_OQAM_main
- wireless 5g opfd matlab-wireless 5g opfd matlab
OFDM_OQAM_Rx
- wireless communication 5g OFDM
OFDM_OQAM_Tx
- wireless communication 5g OFDM
yang2016
- AdvAnced Spectrum ShAring in 5g cognitive heterogeneouS networkS
trunk
- Bigamp算法仿真程序，用于5G下MIMO的低分辨率ADC的设计、分析等。-The User s Guide has very little right now. There is a reference to one example, but I am hoping to find more. Also, due to a server error we are trying to debug, the webpage may time several minutes to
DIANZICHENG
- 基于51单片机的电子称程序，汇编程序编写，精度100g内，0.5g-Based on 51 single chip computer program, the compilation of program design
capacity-limits-transceiver-impairments-master.zi
- matlab code and pdf of paper for 5G mobile, massiv MIMO and-matlab code and pdf of paper for 5G mobile, massiv MIMO and...
massive-mimo
- pdf documents for mobile communication 5G
Filis_5GXhaul_presentation
- 5G-XHaul aims at a converged optical and wireless network solution, relying on flexible infrastructure able to support Backhaul (BH) & Fronthaul (FH) networks required to cope with future challenges imposed by 5G Radio Access Networks (RANs).
NetworksResource-Management-in-5G
- The analysis of four different WDM-PON architectures is based on the dimensioning (with real building/street distributions based on Open Street Map) in a dense urban scenario. The dimensioning not only includes the required equipment and its powe
Xhaul_in_a_nutshell
- C-RAN fronthaul LTE PHY CPRI 5G.-C-RAN fronthaul LTE PHY CPRI 5G.
fbmc_awgn
- plot between SNR vs BER for 5G multiplexing technique i.e.FBMC where AWGN channel used
FANTASTIC-5G_IR3.2_v2.0
- The FANTASTIC-5G project advocates a single air interface for 5G, which is flexible, versatile, scalable and efficient in order to address the requirements of the IMT 2020. The flexibility featured by the FANTASTIC-5G air interface allows the support
Rapport11_stage_LTCR.doc
- matlab source codes to implement the modulation techniques for 5G in order to improve the quality of service in the transmission domain