基于大数据的网络通信系统改进
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摘要
针对当前网络通信系统存在的通信速度慢、成本高,且通信质量差的问题,提出一种基于大数据的网络通信系统改进方法。通过分析网络通信系统需求,对系统的硬件平台和软件系统进行设计,确定通信系统组成,并根据系统硬件平台,确定操作系统,实现对网络通信系统的体系结构设计,并通过对系统的转信路由控制进行设计,提高通信质量。在此基础上,为保证系统正常运行,对系统的连接电路、复位电路进行设计,实现基于大数据的网络通信系统改进。实验结果表明,所提方法设计的系统通信速度较快、能耗较低,且通信过程中数据丢包率较低。
In allusion to the problems of slow communication speed,high cost,and poor communication quality existing in current network communication systems,an improved method of a network communication system based on big data is proposed.The hardware platform and software system of the system are designed by analyzing the requirements of the network communication system,so as to determine the composition of the communication system. The operating system of the system is determined according to the hardware platform of the system,so as to realize architecture design of the network communication system. The signal transmit routing control of the system is designed to improve the communication quality. On this basis,the connection circuit and reset circuit of the system are designed to ensure the normal operation of the system and realize improvement of the network communication system based on big data. The experimental results show that the system designed by the proposed method has a fast communication speed,low communication energy consumption,and low data packet loss rate during the communication process.
In allusion to the problems of slow communication speed,high cost,and poor communication quality existing in current network communication systems,an improved method of a network communication system based on big data is proposed.The hardware platform and software system of the system are designed by analyzing the requirements of the network communication system,so as to determine the composition of the communication system. The operating system of the system is determined according to the hardware platform of the system,so as to realize architecture design of the network communication system. The signal transmit routing control of the system is designed to improve the communication quality. On this basis,the connection circuit and reset circuit of the system are designed to ensure the normal operation of the system and realize improvement of the network communication system based on big data. The experimental results show that the system designed by the proposed method has a fast communication speed,low communication energy consumption,and low data packet loss rate during the communication process.
引文
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