由于在LTE网络边缘站点之间彼此间距较大,极易产生覆盖不足而产生不能及时切换到衔接站点导致各类网络问题。LTE采用智能天线技术,可以通过修改天线权值收缩覆盖波瓣宽度,形成更强的覆盖环境。本文从研究智能天线的天线权值原理出发,通过实验验证探索该功能的运用场景,验证通过天线权值执行的可行性。 Due to the large spacing between the LTE network edge sites, easily lead to insufficient coverage resulting in not timely switch to the convergence site lead to various types of network problems. LTE uses smart antenna technology to reduce the lobe width by modifying the weight of the antenna and form a stronger coverage environment. Based on the study of antenna weight principle of smart antenna, this paper explores the application scenarios of this function through experiments and verifies the feasibility of the implementation of antenna weights.