2016
DOI: 10.1016/j.ifacol.2016.07.824
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Energy Efficient Motion Control for a Light Rail Vehicle Using The Big Bang Big Crunch Algorithm

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Cited by 12 publications
(5 citation statements)
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“…Newton'un ikinci yasasını kullanarak trenin hareket denklemleri aşağıdaki biçimde yazılabilir (Keskin, 2016):…”
Section: Hareketin Modellenmesiunclassified
See 1 more Smart Citation
“…Newton'un ikinci yasasını kullanarak trenin hareket denklemleri aşağıdaki biçimde yazılabilir (Keskin, 2016):…”
Section: Hareketin Modellenmesiunclassified
“…Sürekli zamanda sistem dinamiğini temsil eden diferansiyel Denklem 1'de, durum değişkenleri N adım için [0, T] zaman aralığında ayrık zamana dönüştürülebilir (Keskin, 2016):…”
Section: Hareketin Modellenmesiunclassified
“…In general, real time prediction of braking distance (or motion in general) of rail vehicles plays an important role in safety application (Lehner et al, 2009), (Gu et al, 2013), (Wu et al, 2018) or energy optimization (Lu et al, 2016), (Keskin and Karamancioglu, 2016). For safety applications involving suburban or freight trains, the prediction of braking distance need not be accurate due to relatively large gap distance (to the next train) and approximately constant parameters of the train dynamics.…”
Section: State Of the Artmentioning
confidence: 99%
“…Although BB-BC algorithm has been announced in recent years, it has been applied many areas including design of space trusses [45], nonlinear controller design [46], fuzzy model inversion [47], damage detection [48], and energyefficient motion control of train [49] problems.…”
Section: Big Bang-big Crunchmentioning
confidence: 99%