1. Dozono Y. Horiuchi T. Inoue M. Momoi Y. Konno T. & Nanbu Y. 1999 Real-time compensation of reaction force for shaking-table control. In Proc. 1999 Dynam. and Design Conf. Chiba Japan 16{19 March 1999 pp. 467{470. Tokyo: Japan Society of Mechanical Engineers. (In Japanese.)
2. Earthquake Engineering Research Institute 1994 Northridge earthquake 17 January 1994 (ed. J. F. Hall). Preliminary Reconnaissance Report. In EERI Publ. vol. 94-01.
3. G¶omez E. G. & Stoten D. P. 2000 A comparative study of the adaptive MCS control algorithm on European shaking tables. In Proc. 12th World Conf. Earthquake Engng. Auckland: New Zealand Society for Earthquake Engineering.
4. Maekawa A. Yasuda C. Hiroe T. Ide K. & Sakuno M. 2000 Advanced control techniques for a three-dimensional earthquake shaking table. Proc. 1st Symp. Enhancement Earthquake Perf. of Infrastr. Based on Investigation into Fracturing Processes Tokyo Japan 27{28 March 2000 pp. 51{54. Tokyo: Japan Society of Civil Engineers. (In Japanese.)
5. Nakamura Y. 1995 Waveform and its analysis of the 1995 Hyogo-Ken-Nanbu earthquake. JR Earthquake Information no. 23c. Railway Technical Research Institute of Japan.