An efficient hybrid optimization technique for parameter optimization in log periodic nano-antenna

It is applicable to note that, in the overall wireless communication mechanism, the role played by the antenna is beyond the realm of words. In fact, the deployment of the antenna in wireless network faces the grave challenges of the communication of the high speed signals. Of late, the Nano-antennas make their elegant presence in several spheres of the technology. However, it is highly essential, at present, to have an overall awareness for the purpose of a balanced design of Nano-antenna switch broadband feedbacks. These days, many techniques are doing its elegant rounds invested in examining the spectral features of the LPTCNA by the excitation method of incident and discharge. The field improvement of the Nano antenna can be harmonized by several geometric constraints including the Outer Radius, bow angle, Tooth angle, and the ratio of the radial sizes of consecutive teeth, which furnish effective check on the spectral resonance position and the field renovation. Taking the challenges in to consideration, a novel hybrid ABC0-PSO optimization approach is launched in the document, which involves a gifted prospect for planning and adapting the log periodic Nano-antenna. With the result, the adaption of the related constraints incredibly increases the effectiveness of the mechanism to envision it to an acceptable level. The design of the LPTCNA is made by adapting the constraints which is highly appropriate for the wireless communication which is assessed for field improvement and the Purcell Factor of Conventional LPTCNA and Nano LPTCNA.