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This paper presents a multi-lead fusion method for the accurate and automateddetection of the QRS complex location in 12 lead ECG (Electrocardiogram)signals. The proposed multi-lead fusion method accurately delineates the QRScomplex by the fusion of detected QRS complexes of the individual 12 leads. Theproposed algorithm consists of two major stages. Firstly, the QRS complexlocation of each lead is detected by the single lead QRS detection algorithm.Secondly, the multi-lead fusion algorithm combines the information of the QRScomplex locations obtained in each of the 12 leads. The performance of theproposed algorithm is improved in terms of Sensitivity and PositivePredictivity by discarding the false positives. The proposed method isvalidated on the ECG signals with various artifacts, inter and intra subjectvariations. The performance of the proposed method is validated on the longduration recorded ECG signals of St. Petersburg INCART database withSensitivity of 99.87% and Positive Predictivity of 99.96% and on the shortduration recorded ECG signals of CSE (Common Standards for Electrocardiography)multi-lead database with 100% Sensitivity and 99.13% Positive Predictivity.

A Multi-Lead Fusion Method for the Accurate Delineation of QRS Complex Location in 12 Lead ECG Signal