在5G通信微带天线设计中使用随机局部搜索
Using Stochastic local search in designing microstrip antenna for 5G communication
AI总结：
本文将随机局部搜索算法用于天线配对，设计工作频段2.4GHz-24GHz的5G微带天线，挖掘该早年已有思路的应用潜力。
摘要：
本文提出了探索局部搜索问题的方法，该局部搜索将被应用于天线间及天线与设备间的通信。局部搜索算法会搜索最优的下一步搜索方向，我们将其用于天线配对中，这一方法就是广为人知的随机局部搜索（stochastic local search）。我们将设计工作频段在2.4GHz至24GHz之间的5G微带天线。这是一个十分新颖的思路，尽管该思路在20世纪60年代末微带技术投入应用时就曾被使用，但仍具备发展潜力。
英文摘要：
Well this paper defines methods to explore what is known as the local search problem, this local search is what we are going to use in antenna to antenna and antenna to device communication. The local search algorithm searches for best next for search this is in turn used by us in antenna pairing. This is prominently known as stochastic local search, We are going to design 5G microstrip antenna operating between 2.4GHz to 24 Ghz of operation. This speaks of a very novel idea which though was used in late sixties when microstrip was in operation but the idea is having potential.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
