Determination of the heart beats on single arm ECG signals by using computational methods
2018
0 views
0 downloads
Advisor: Doç. Dr. Umut Orhan
Abstract (EN)
The purpose of this thesis is to develop a quick and simple automated computerized method that analyzes the heart rhythm from ECG signal. The system consists of five ECG electrodes, customized hardware (ADS1298ECG FE) and MATLAB program on a computer. At first, to prepare a dataset, ECG electrodes placed on the left arm of each person. In order check the final success, we also collect dual-arm signals simultaneously by customized hardware (ADS1298ECG FE). All data from the ECG sensors are recorded on the computer. Then a MATLAB code is prepared to analyze ECG signals by inspiring literature methods. Each ECG signal in the dataset is processed with this analyzer code, and the results from left-arm are compared and commented at first with ones of dual-arm experiments and also with the values of the previous methods. Although the dataset used in the study is very small, the reached success shows that this kind of a system can be useful.
Author
Dr. Ehsan Mohammed Ibrahım Yashar
How to Cite
Ehsan Mohammed Ibrahım Yashar (Master Thesis). Determination of the heart beats on single arm ECG signals by using computational methods, 2018, Çukurova University.
Keywords
License
Tüm Hakları Saklıdır
This work is shared under the specified license terms.
More theses from Çukurova University
- Association of heat shock protein with some physiological parameters in the goats(2018)
- Subalgebras of free associative algebras(2018)
- Production and characterization of ZnO/Cu2O based devices growing with spin coating method(2019)
- Effect of rations containing black pepper (Piper nigrum) and curcuma (Curcuma Longa Linn) on the performance, egg yield, egg quality properties and blood parameters of hens(2019)
- The effect of bending temperature, holding time, thickness and bending angle on spring back of dual phased high strength steel sheets(2019)
- The rise of populism in liberal world order(2019)
