The microstrip antennas have different dimensions to get the desired performance, especially for microstrip antennas that have complex components and dimensions with the performance: the range of frequency at 2.4 GHz until 3.6 GHz, Maximum Power of Gain value is 5.83 dB and the minimum value is 3 dB and Maximum Directivity Value is 6.22 and the minimum value is 3.32. in consequence, needs to fill the demand for a new and the corresponding design as solvent to adaptive matching as tuner the frequency on antenna design that needs requires a complex mathematical method and simulation. This paper has the novel design to tune the performance of spade card microstrip antenna that can operate on the single, dual or multiband and able to produce circular or linear polarization using Backpropagation Neural Network in order to obtain an optimum design with a backpropagation algorithm as a solution to simplify the design process. As a result, after 20000 epochs the training loss is around 0.044 and the testing loss is around 0.058. The model has a good performance despite only using a few numbers of training data.
Pengembangan penelitian roket di Indonesia sedikit demi sedikit telah menunjukkan hasil yang cukup memuaskan Dengan perkembangan teknologi roket yang cukup dewasa ini, juga tidak ketinggalan dalam bidang militer dimana roket digunakan sebagai media penghantar bahan peledak kepada sasaran yang dituju dengan daya hancur yang hebat.. Masalah yang paling mendasar dalam roket adalah tentang kestabilan terbang roket tersebut. Untuk mengatasi permasalahan tersebut digunakan sensor accelerometer dan giroskop. Dengan merancang sensor accelerometer dan giroskop sebagai penyetabil gerakan serta dihubungkan dengan motor servo mg90s sebagai penggerak sirip roket. setelah masalah kestabilan roket tersebut teratasi maka dapat digambarkan Estimasi jarak capai roket tersebut dengan menggunakan skenario terbang roket berupa grafik yang diberi gangguan dari beban. Diharapkan dengan ini dapat diperkirakan sejauh mana roket kendali ini dapat terbang jika mendapat gangguan dari beban.
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