2002
DOI: 10.3182/20020721-6-es-1901.00681
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Auto-Tuning of Fuzzy Pid Controllers

Abstract: In this work the auto-tuning procedure proposed by Astrom and Hagglund is extended and developed for tuning the scaling factors of a modified hybrid PID type fuzzy logic controller (MHPID-FLC). This new procedure is based on two steps. First, mathematical expressions to link the scaling factors of the MHPID-FLC with the proportional, integral and derivative actions of its traditional counterpart are derived. Second, based on this relationship and using the Ziegler-Nichols tuning formulae, the scaling factors o… Show more

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Cited by 9 publications
(3 citation statements)
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“…Salah satu pengontrol yang paling banyak digunakan di industri modern adalah kontrol klasik Proporsional, Integral dan Derivatif, PID karena mudah diimplementasikan, hanya membutuhkan pengujian dasar untuk tuning gain k P , k I dan k D [4] [15] .…”
Section: Kendali Pidunclassified
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“…Salah satu pengontrol yang paling banyak digunakan di industri modern adalah kontrol klasik Proporsional, Integral dan Derivatif, PID karena mudah diimplementasikan, hanya membutuhkan pengujian dasar untuk tuning gain k P , k I dan k D [4] [15] .…”
Section: Kendali Pidunclassified
“…Pada pengujian Inverse kinematic dilakukan dengan memberikan beberapa nilai terhadap posisi robot yaitu menguji kinematik kaki (x,y, dan z) dan kinematik body (x, y,dan z), pada pengujian ini dilakukan dengan Sistem Kendali Hybrid Fuzzy-PID Pada Kinematika Robot Berkaki 4 Menggunakan Sensor Gyroscope beberpa kombinasi diantaranya adalah kaki(0,0,0) body(0,0,0) sampai dengan kaki (10,15,20) body(10, 15,0) seperti pada gambar 12, 13, dan 14, 15, dan 16 berikut: Gambar 14. Pengujian Kinematik Kaki(0,0,0), Body(0,0,0) Gambar 15.Pengujian Kinematik Kaki(5,0,0), Body(0,0,0) Gambar 16.…”
Section: B Pengujian Inverse Kinematicunclassified
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