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在工程应用中,往往需要定向性好,副瓣更低的天线,传统的设计不能很好的满足应用,需要根据指标要求对缝隙阵天线的设计方法进行优化,智能进化算法要解决的就是最优化问题。把智能优化算法应用于波导缝隙阵天线的设计,实现特定尺寸内毫米波波导缝隙阵天线的低副瓣设计,由Ansoft HFSS仿真软件进行建模仿真,并加工制作天线样机,设计测试方法验证智能优化算法在毫米波波导缝隙阵天线设计中的有效性。
In engineering applications, often require good directional, low sidelobe antenna, the traditional design can not meet the application, the need to be based on the requirements of the design of the slot array antenna optimization, intelligent evolutionary algorithm to solve is the most Optimization. The intelligent optimization algorithm is applied to the design of the waveguide slot array antenna to realize the design of the low sidelobe of the millimeter wave guide slot array antenna in a certain size. The software is simulated by the Ansoft HFSS simulation software and the antenna prototype is fabricated. The design test method verifies the intelligence The Effectiveness of Optimization Algorithm in Millimeter Waveguide Gap Array Antenna Design.