References
[1]. Mawloud Guermoui, Mohamed Lamine Mekhalfi
,karim Ferroudji (2013). Heart sound analysis using wavelets
responses and support vector machines,IEEE.
[2]. Nayad kouras, daoud boutana, Messaoud benidir
(2012). Wavelet based segmentation and time-frequency
caracterisation of some abnormal heart sound
signals,24th International Conference on Microelectronics
(ICM).
[3]. Girish Gautam,and Deepesh Kumar (2013). Biometric
system from heart sound using wavelet based feature set,
international conference on communication and signal
processing ,April 3-5 ,pp. 551-555.
[4]. AF Quiceno, E Delgado , M Vallverd, AM Matijasevic
and G Castellanos-Domnguez (2008). Effective
Phonocardiogram Segmentation Using Nonlinear
Dynamic Analysis and High-Frequency Decomposition
Computers in Cardiology 35 ,pp. 161-164.
[5]. Sabarimalai Manikandan M., & Dandapat S (2007).
Wavelet-Based ECG and PCG Signals Compression
Technique for Mobile Telemedicine. International
Conference Advance computing and communications,
Pp. 164-169.
[6]. El. Segaier M, Lilja O, Lukkarinen S, Srnmo L, Sepponen
R, Pesonen E (2005). Computer-based detection and
analysis of heart sound and murmur. Ann Biomed Eng,
33(7), pp. 937–942.
[7]. Abhishek Misal , G.R.Sinha , R. M. Potdar And M. K.
Kowar(2012). Comparison of wavelet transforms for
denoising and analysis of PCG signal i-manager's Journal
on Communication Engineering and Systems, Vol. 1 l, pp.
49-53.
[8]. Wang haibin, and Hu Yuliang (2008). Heart sound
measurement and Analysis system with digital stethoscope,
Asia international symposium on mechatronics, pp.26-30
[9]. Abhishek Misal and Sinha G.R (2012). Denoising of PCG
signal by using wavelet transforms Advances in Computational Research 4(1), pp 46-49.
[10]. zhi-dong zhao (2005). Wavelet shrinkage denoising by
generalized threshold function, proc, 4th, International
Conference on Machine Learning and Cybernetics,
pp.5501-5506.
[11]. Wang haibin ,and Hu Yuliang (2008 ), Heart sound
measurement and Analysis system with digital stethoscope
Asia international symposium on mechatronic, pp.26-30.
[12]. Mustafa Yamach, Zumary DokurTamer Olmez(2008).
Segmentation on s1-s2 sound in phonocardiogram
records using wavelet energies, IEEE.
[13]. Zhihai Tu, and Guitao Cao(2010). Improved methods
for detecting main components of heart sounds, Sixth
International Conference on Natural Computation,
pp.3585-3588.
[14]. Cota Navin Gupta, Ramaswamy Palaniappan and
Sundaram Swaminathan(2005). Classification of
Homomorphic Segmented honocardiogram Signals Using
Grow and Learn Network IEEE Engineering in Medicine and
Biology 27th Annual Conference Shanghai, China, 4251-
4254.