"Jinhua She,Xiang Yin,Min Wu,Daiki Sato,Kouhei Ohnishi","Reconstruction of pitchfork bifurcation with exogenous disturbances based on equivalent-input-disturbance approach",,"Nonlinear Dynamics","Springer","Vol. 102","Issue 4","pp. 2699-2709",2020,Nov.
"Kou Miyamoto,Nobuaki Yasuo,Yinli Chen,Daiki Sato,Jinhua She","Determination of LQR weights by Bayesian optimization method using multiple earthquake waves","IEEE 46th Annual Conference of the IEEE Industrial Electronics Society(IECON2020)","Proceedings of IEEE 46th Annual Conference of the IEEE Industrial Electronics Society(IECON2020)","IEEE",,,"pp. 2651-2655",2020,Oct.
"Y. Chen,D. Sato,K. Miyamoto,J. She","CONTROL-FORCE PREDICTION SPECTRUM FOR BASE-ISOLATED BUILDINGS WITH FEEDBACK CONTROL","17th World Conference on Earthquake Engineering","2020 17WCEE Proceedings","Japan Association for Earthquake Engineering",,,,2020,Sept.
"K. Miyamoto,D. Sato,Y. Chen,J. She","Estimating maximum responses and control force for equivalent input disturbance approach based active structural control","17th World Conference on Earthquake Engineering","2020 17WCEE Proceedings","Japan Association for Earthquake Engineering",,,,2020,Sept.
"Yinli Chen,Daiki Sato,Kou Miyamoto,Jinhua She","Estimating the maximum response and maximum control force for high-rise base-isolated buildings with active structural control in along-wind direction",,"Engineering Structures","Elsevier","Vol. 216",,,2020,Aug.
"Xiang Yin,Jinhua She,Min Wu,Daiki Sato,Kaoru Hirota","Disturbance rejection and performance analysis for nonlinear systems based on nonlinear equivalent-input-disturbance approach",,"Nonlinear Dynamics","Springer","Volume 100","  Issue 4","pp. 3497?3511",2020,May
"Yinli Chen,Daiki Sato,Kou Miyamoto,Jinhua She","Gust factor approach to estimating maximum response and maximum control force for high-rise base-isolated buildings with active structural control on along-wind direction","SOFTech Workshop for Young Researchers 2020","Proceedings of SOFTech Workshop for Young Researchers 2020","Consortium for Socio-Functional Continuity Technology SOFTech",,,,2020,Feb.