| Title |
DNA Inspired CVD Diagnostic Hardware Architecture |
| Authors |
권오혁(Kwon, Oh-Hyuk) ; 김주경(Kim, Joo-Kyung) ; 하정우(Ha, Jung-Woo) ; 박재현(Park, Jea-Hyun) ; 정덕진(Chung, Duck-Jin) ; 이종호(Lee, Chong-Ho) |
| Keywords |
CVD diagnosis ; Pattern matching ; Noise tolerance ; DNA computing |
| Abstract |
In this paper, we propose a new algorithm emulating the DNA characteristics for noise-tolerant pattern matching problem on digital system. The digital pattern matching becomes core technology in various fields, such as, robot vision, remote sensing, character recognition, and medical diagnosis in particular. As the properties of natural DNA strands allow hybridization with a certain portion of incompatible base pairs, DNA-inspired data structure and computation technique can be adopted to bio-signal pattern classification problems which often contain imprecise data patterns. The key feature of noise-tolerance of DNA computing comes from control of reaction temperature. Our hardware system mimics such property to diagnose cardiovascular disease and results superior classification performance over existing supervised learning pattern matching algorithms. The hardware design employing parallel architecture is also very efficient in time and area. |