Atıf Formatları
3-DoF zero power micro vibration isolation via linear matrix inequalities based on H2 and Hinf control approaches
  • IEEE
  • ACM
  • APA
  • Chicago
  • MLA
  • Harvard
  • BibTeX

B. C. Yalçın And K. Erkan, "3-DoF zero power micro vibration isolation via linear matrix inequalities based on H2 and Hinf control approaches," Mechanical Systems And Signal Processing , vol.153, pp.1-31, 2021

Yalçın, B. C. And Erkan, K. 2021. 3-DoF zero power micro vibration isolation via linear matrix inequalities based on H2 and Hinf control approaches. Mechanical Systems And Signal Processing , vol.153 , 1-31.

Yalçın, B. C., & Erkan, K., (2021). 3-DoF zero power micro vibration isolation via linear matrix inequalities based on H2 and Hinf control approaches. Mechanical Systems And Signal Processing , vol.153, 1-31.

Yalçın, Barış, And Kadir ERKAN. "3-DoF zero power micro vibration isolation via linear matrix inequalities based on H2 and Hinf control approaches," Mechanical Systems And Signal Processing , vol.153, 1-31, 2021

Yalçın, Barış C. And Erkan, Kadir. "3-DoF zero power micro vibration isolation via linear matrix inequalities based on H2 and Hinf control approaches." Mechanical Systems And Signal Processing , vol.153, pp.1-31, 2021

Yalçın, B. C. And Erkan, K. (2021) . "3-DoF zero power micro vibration isolation via linear matrix inequalities based on H2 and Hinf control approaches." Mechanical Systems And Signal Processing , vol.153, pp.1-31.

@article{article, author={Barış Can YALÇIN And author={Kadir ERKAN}, title={3-DoF zero power micro vibration isolation via linear matrix inequalities based on H2 and Hinf control approaches}, journal={Mechanical Systems And Signal Processing}, year=2021, pages={1-31} }