References
- a registry report. J. Heart & Lung Transplant v.11 Summart of the clinical use of the Symbion total artifical heart K. E. Johnson;M. Presto;L. D. Joyce;M. Pritzker;R.W. Emery
- J. Heart & Lung Transplant. v.9 Thoratec VAD system as a bridge to heart transplantation D. J. Farra;J. H. Lawson;P. Litwak;G. Cederwall
- J. Thorac. Cariovasc. Surg. v.102 Clinical experience with the Novacor ventricular assist system P. M. McCarthy;P. M. Portner;H. G. Tobler;V. A. Starnes;N. Ramasamy;P. E. Oyer
- IEEE Engineering in Medicine and Biology Control modes of clinical ventricular assist device D. J. Farrer;P. G. Compton;J. H. Lawson;J. J. Hershon;J. D. Hill
- Circulatory Sytem Dynamics A, Noodergraaf
- IEEE Trans. Biomed. Eng. v.BME-32 Time-varying mechanical properties of the left ventricle a computer simulation G. Avanzolini;P. Barbini;A. Cappello;G. Cevenini
- Int. J. Biomed. Computer v.22 CADCS Sinlation of the closed-loop cardiovascular system G. Avanzolini;P. Barbini;A. Cappello;G. Cevenini
- Japanese J. Artif. Organs. v.18 no.2 Development of a non-invasive and continuous monitoring of natural heart output during left ventricular assit device(LVAD) pumping H. Sekii;H. Takano;Y. Taenak;T. Takatani;H. Noda;M. Kinoshita;E. Tatsumi;A. Yagura;T. Akutsu
- IEEE Trans. Biomed. Eng. v.18 Theoretical analysis of a left ventricular pumping model based on the systolic time-varying pressure/volume ratio H. Suga
- Med. Biol. Eng. no.2 An Eletrical analogue of the entire human circulatory system L. Pater;De Van Berg
- IEEE Trans. Biomedical Engineering v.40 Real-time cardiac output estimation of the circulatory system under left ventricular Assistance M. Yoshizawa
- IEEE Trans. Biomed. Eng. v.39 An automatic control algoritm for the optimal driving of the vetricular-assist device M. Yoshizawa
- IEEE Fronteers of Engineering in Health Care Adaptive control system for the artificial heart B. C. McInnis;J. C. Wang
- Artificial organs v.15 no.2 Investigation of parameter estimation & adaptive controller for assist pump by computer simulation T. Shimooka;Y. Mitamura;T. Yuhta
- IEEE Engineering in Medicine and Biology Assessing cardiovascular dynamics during ventricular assistance M. Yoshizawa;H. Takeda;T. Yanke;S. Nitta
- Proc. 28th CDC(Tampa, FL) Adaptive identification and control of dynamic systems using neural networks K. S. Narendra;K. Parthasarathy
- IEEE Trans. Neural Networks v.1 Identification and control of dynamic systems using neural networks K. S. Narendra;K. Parthasarathy
- Proc. 1990 Americam Control Conf. Use of neural nets for dynamic modeling and control of chemical process systems M. Bhat;T. J. McAvoy
- IEEE control syst. Magazine Modeling chemical process systems via neural computation M Bhat;P.Minderman;T. J. McAvoy;N.S. Wang
- Int. J. Contr. v.51 no.6 Nonlinear system identification using neural networks S. Chen;S. A. Billing;P. M. Grant
- 18th Annual International Conference of the IEEE Engineering in Medicine and Biology Society 4.1.3-1 Adaptively trained artificial neural network identification of left ventricular assit device H. M. Kim;S. H. Kim;J. W. Ryu