An irregular antenna synthesis technique with jointly optimized array subset layouts has been proposed for efficient beam setup and reliable communication in 5G. The proposed approach addresses both the electromagnetic and thermal challenges in 5G arrays by integrating zooming and wide-angle scanning functionality into interleaved-shared layout aperiodic arrays with low side lobes. The effectiveness of the proposed method is demonstrated via simulations by using a 64-element array and its smartly thinned subsets.

中文翻译：

---

综合具有广角扫描和缩放能力的最佳 5G 阵列布局，以实现高效的链路建立和高 QoS 通信

已经提出了一种具有联合优化阵列子集布局的不规则天线合成技术，用于 5G 中的高效波束设置和可靠通信。所提出的方法通过将变焦和广角扫描功能集成到具有低旁瓣的交错共享布局非周期性阵列中来解决 5G 阵列中的电磁和热挑战。所提出方法的有效性通过使用 64 元素阵列及其智能细化子集的模拟得到证明。