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Modification of 4G LTE-B via integrating hybrid CO-OFDM-TWDM PON and smart photonic antennas

机译:通过集成混合CO-OFDM-TWDM PON和智能光子天线来修改4G LTE-B

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Optical-Wireless technology recently has emphasized the cellular network over ground and underwater communication. Passive optical network (PON) is the faster data operating platform and gets inter-linked with the wireless function to enhance its performance. Various PON systems setup is perfect to reduce the channel noise, interference, chromatic (CD), and polarization mode dispersion (PMD). This optical signal gets converted to electrical domain and finally photonic MIMO Micro-strip antennas propagate wireless data to user accurately. Here 3D Massive MIMO antennas transmit beam through 3D channel with the help of PON system. In this model, the combinations of two system increase data transmission rates and identify the multi-user location simultaneously according to their pilot signal receiving. And this analysis may improve the recent 4G LTE-B network more powerful for multi-user communication system.
机译:光学无线技术最近强调了地面和水下通信中的蜂窝网络。无源光网络(PON)是速度更快的数据操作平台,并且与无线功能相互链接以增强其性能。各种PON系统设置非常适合降低信道噪声,干扰,色度(CD)和偏振模色散(PMD)。该光信号被转换为电域,最后光子MIMO微带天线将无线数据准确地传播给用户。 3D Massive MIMO天线借助PON系统在3D信道上传输波束。在此模型中,两个系统的组合可提高数据传输速率,并根据接收的导频信号同时识别多用户位置。并且这种分析可能会改善最近的4G LTE-B网络,使其对多用户通信系统更为强大。

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