Analisa hasil program menunjukkan bahwa waktu proses pada kasus uji berbanding lurus dengan hasil kali jumlah depot sumber dan depot tujuan dengan koefisien korelasi 0.89. Penyelesaian masalah transportasi dapat diselesaikan dengan pendekatan secara heuristik menggunakan algoritma genetika. Perangkat lunak diimplementasikan di lingkungan bahasa pemrograman Borland Delphi. Suatu cara untuk menangani ketidakpastian dalam pengambilan keputusan pada sistem transportasi tersebut menggunakan prinsip fuzzy. Perancangan perangkat lunak menggunakan metodologi Waterfall, yang terdiri dari analisa, desain, implementasi serta pengujian. Telah dilakukan perancangan dan implementasi suatu perangkat lunak untuk menyelesaikan permasalahan transportasi dengan parameter biaya fuzzy, menggunakan algoritma genetika. The analysis shows that the amount of population is straight linear to each of the case evaluation towards the process time with correlation coefisien 0.99. The analysis of programme value shows that the process on evaluation case straight proportional with the result of the multiplication of the source of depot total and the destination depot corelation coefisien 0.89.

The solution transportation problem can be solved by heuristic approach using genetic algorithm. The software is applied in the programming language environment of Borland Delphi.

One way to deal with uncertainty in making such decision is by using fuzzy principles.

Waterfall methodology, which comprised of analyzing, designing, implementing and testing processes, was used in the software engneering. (author)ĪPLIKASI PERMASALAHAN TRANSPORTASI BBM JENIS PREMIUM MENGGUNAKAN FUZZY DI PT.GEOTAMA ENERGIĭirectory of Open Access Journals (Sweden)įull Text Available The design and implementation of a software used as a tool aid to crease a transportation model which is equipped with a fuzzy cost parameter by using genetic algorithm. The longer delay time tend to make a rotation frequency became lower, it also mean the moving of motor became slower. The result showed that by using input delay time 10 ms, the quickest turn around frequency of the motor is 0.5 Hz. Test characteristic was performed by using computer program Borland Delphi version 5.0. Knowledge obtained from this characteristic test can be exploited in motor stepper application in the field of robotics, the appliance of las automatization and also the metal clippers equipment. Stepper Motors series TEAC P.No.14769070.90 had been conducted. International Nuclear Information System (INIS)Ĭharacterization of 12-Watt, Shinano Kensi, Japan. Stepper Motor Characterization Utilizing Borland Delphi 5.0

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