超密集组网技术的原理是通过增加区域内部设备的部署密度来提升频谱带宽与频

超密集组网技术的原理是通过增加区域内部设备的部署密度来提升频谱带宽与频谱利用<br>率， 其最终目的是为了确保未来移动网络能够充分满足用户对超高数据流量及超高体验速率的需求。在执行策略上是通过大量部署覆盖半径达 20m 的飞蜂窝以及覆盖半径达 100m 的皮蜂窝实现频率复用度的提升。这种做法能够有效缩短信息数据传输的距离，而传输距离的缩短也能够有效减少路经传输过程中造成的损耗及通讯工具的功耗，但需要考虑干扰问题[2]。该技术所面临的干扰问题是因无线接入站点的过度密集导致的，无线接入站点密集程度过高会<br>造成严重的干扰问题， 甚至会在一定程度上造成系统频谱效率下降的情况出现。 另一方面，<br>为使热点区域内高吞吐量和用户体验率的要求得到有效满足，还需要大量引入频谱资源并建<br>立起足够密度的无线接入点，而这种做法意味着系统部署的成本会大量提升，也会导致能源消

The principle of ultra dense networking technology is to improve spectrum bandwidth and spectrum utilization by increasing the deployment density of equipment in the region<br>The ultimate purpose is to ensure that the future mobile network can fully meet the needs of users for ultra-high data traffic and ultra-high experience rate. The implementation strategy is to improve the frequency reuse by deploying a large number of flying cells with a coverage radius of 20m and leather cells with a coverage radius of 100m. This method can effectively shorten the distance of information and data transmission, and the shortening of transmission distance can also effectively reduce the loss caused by the transmission process and the power consumption of communication tools, but the interference problem needs to be considered [2]. The interference problem faced by this technology is caused by the excessive density of wireless access stations, which will lead to high density of wireless access stations<br>Cause serious interference problems, and even reduce the spectral efficiency of the system to a certain extent. on the other hand,<br>In order to effectively meet the requirements of high throughput and user experience rate in the hot spot area, a large number of spectrum resources need to be introduced and built<br>Set up wireless access points with sufficient density, which means that the cost of system deployment will increase greatly, and it will also lead to energy consumption

The principle of hyper-dense networking technology is to increase the spectrum bandwidth and spectrum utilization by increasing the deployment density of devices in the region. Rate, its ultimate goal is to ensure that the future mobile network can fully meet users' demand for ultra-high data traffic and ultra-high experience rate. In the implementation strategy, the frequency reuse degree is improved by deploying a large number of flying cells with a coverage radius of 20m and picocells with a coverage radius of 100m. This method can effectively shorten the transmission distance of information and data, and the reduction of transmission distance can also effectively reduce the loss caused by road transmission and the power consumption of communication tools, but the interference problem needs to be considered [2]. The interference problem faced by this technology is caused by the excessive density of wireless access stations, which will lead to the high density of wireless access stations. It will cause serious interference problems, and even reduce the spectrum efficiency of the system to a certain extent. On the other hand, In order to effectively meet the requirements of high throughput and user experience rate in hotspot areas, a large number of spectrum resources need to be introduced and built. Setting up wireless access points with sufficient density means that the cost of system deployment will be greatly increased, which will also lead to energy consumption.