VLSI implementations of fuzzy logic controllers for rate-adaptive pacemakers
Zbigniew Jaworski , Wiesław Kuźmicz , Marcin Sadowski , Dariusz Sarna , Andrzej Wałkanis , Andrzej Wielgus , Adam Wojtasik
AbstractAn efficient fuzzy logic-based control algorithm for rate-adaptive cardiac pacemakers has been developed recently. This algorithm offers good adaptation of the pacing rate to the physiological needs of the patient and easy personalization. However, its usefulness depends on the details of practical implementation such as the necessary hardware resources, programmability, accuracy and power consumption. This work presents a study of several possible implementations including ASIC chips designed specifically for this application as used as implementations in commercially available microprocessors
|Book||Microtechnologies in Medicine and Biology, 1st Annual International, Conference On. 2000, 2000|
|Keywords in English||application specific integrated circuits, biocontrol, commercially available microprocessors, controllers, Energy consumption, frequency, fuzzy control, fuzzy logic, fuzzy logic controllers, Fuzzy sets, Hardware, hardware resources, Heart Rate, microprocessors, Pacemakers, pacing rate adaptation, power consumption, programmability, rate-adaptive cardiac pacemakers, Very large scale integration, VLSI, VLSI implementations|
|Publication indicators||= 5; = 1; = 11.0|
|Citation count*||11 (2020-09-02)|
* presented citation count is obtained through Internet information analysis and it is close to the number calculated by the Publish or Perish system.