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Korns, H.M. The nature and time relations of the sounds of Korotkov in man....
Korns, H.M. The nature and time relations of the sounds of Korotkov in man. (1926) Am. J. Physiol. 44, 247–263. None
No views yet
Jazbinsek, V., Luznik, J. and Trontelj, Z. (2005) Averaging oscillometric n...
Jazbinsek, V., Luznik, J. and Trontelj, Z. (2005) Averaging oscillometric non-invasive blood pressure recordings: Transformation into the normalised view. IFBME proceedings of EMBEC’05. (http://fizika.imfm.si/jazbinsek/konf2005/2271F.pdf) None
No views yet
Jazbinsek, V., Luznik, J. and Trontelj, Z. (2005) Non-invasive blood pressu...
Jazbinsek, V., Luznik, J. and Trontelj, Z. (2005) Non-invasive blood pressure measurements: separation of the arterial pressure oscillometric waveform from the deflation using digital filtering. […]
No views yet
Hersh, L. Automatic indirect non-invasive apparatus for determining diastol...
Hersh, L. Automatic indirect non-invasive apparatus for determining diastolic blood pressure. U.S. Patent 6,517,495, Februay 11, 2003. **Hersh, L. Automatic indirect non-invasive apparatus for determining […]
No views yet
Pinto, L., Dhanantwari, A., Wong, W., Stergiopoulos, S. and Maris, M. (2002...
Pinto, L., Dhanantwari, A., Wong, W., Stergiopoulos, S. and Maris, M. (2002) Blood pressure measurement in noise intensive environment using adaptive interference cancellation. Ann. Biomed […]
No views yet
Brinton, T.J., Cotter, B., Kailasam, M.T., Brown, D.L., Chio, S., O’Connor,...
Brinton, T.J., Cotter, B., Kailasam, M.T., Brown, D.L., Chio, S., O’Connor, D.T. and DeMaria, A.N. (1997) Development and validation of a noninvasive method to determine […]
No views yet
Shinomiya, T. Electronic sphygmomanometer. U.S. Patent 5,103,830, April 14,...
Shinomiya, T. Electronic sphygmomanometer. U.S. Patent 5,103,830, April 14, 1992. “Shinomiya, T. Electronic sphygmomanometer. U.S. Patent 5,103,830, April 14, 1992.” The quote above may seem […]
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Hata, H. and Souma, T. Automatic sphygmomanometer. US Patent 5,099,851, Mar...
Hata, H. and Souma, T. Automatic sphygmomanometer. US Patent 5,099,851, March 31, 1992. **Hata, H. and Souma, T. Automatic sphygmomanometer. US Patent 5,099,851, March 31, […]
No views yet
Chio, S. Method and apparatus for determining blood pressure and cardiovasc...
Chio, S. Method and apparatus for determining blood pressure and cardiovascular condition. U.S. Patent 4,880,013, November 14, 1989. None
No views yet
Miyawaki, Y., Matumoto, K. and Shirasaki, O. Electronic blood pressure mete...
Miyawaki, Y., Matumoto, K. and Shirasaki, O. Electronic blood pressure meter incorporating compensation function for systolic and diastolic blood pressure determinations. US Patent 4,860,760, August […]
No views yet
Korns, H.M. The nature and time relations of the sounds of Korotkov in man....
Korns, H.M. The nature and time relations of the sounds of Korotkov in man. (1926) Am. J. Physiol. 44, 247–263. None
No views yet
Jazbinsek, V., Luznik, J. and Trontelj, Z. (2005) Averaging oscillometric n...
Jazbinsek, V., Luznik, J. and Trontelj, Z. (2005) Averaging oscillometric non-invasive blood pressure recordings: Transformation into the normalised view. IFBME proceedings of EMBEC’05. (http://fizika.imfm.si/jazbinsek/konf2005/2271F.pdf) None
No views yet
Jazbinsek, V., Luznik, J. and Trontelj, Z. (2005) Non-invasive blood pressu...
Jazbinsek, V., Luznik, J. and Trontelj, Z. (2005) Non-invasive blood pressure measurements: separation of the arterial pressure oscillometric waveform from the deflation using digital filtering. […]
No views yet
Hersh, L. Automatic indirect non-invasive apparatus for determining diastol...
Hersh, L. Automatic indirect non-invasive apparatus for determining diastolic blood pressure. U.S. Patent 6,517,495, Februay 11, 2003. **Hersh, L. Automatic indirect non-invasive apparatus for determining […]
No views yet
Pinto, L., Dhanantwari, A., Wong, W., Stergiopoulos, S. and Maris, M. (2002...
Pinto, L., Dhanantwari, A., Wong, W., Stergiopoulos, S. and Maris, M. (2002) Blood pressure measurement in noise intensive environment using adaptive interference cancellation. Ann. Biomed […]
No views yet
Brinton, T.J., Cotter, B., Kailasam, M.T., Brown, D.L., Chio, S., O’Connor,...
Brinton, T.J., Cotter, B., Kailasam, M.T., Brown, D.L., Chio, S., O’Connor, D.T. and DeMaria, A.N. (1997) Development and validation of a noninvasive method to determine […]
No views yet
Shinomiya, T. Electronic sphygmomanometer. U.S. Patent 5,103,830, April 14,...
Shinomiya, T. Electronic sphygmomanometer. U.S. Patent 5,103,830, April 14, 1992. “Shinomiya, T. Electronic sphygmomanometer. U.S. Patent 5,103,830, April 14, 1992.” The quote above may seem […]
No views yet
Hata, H. and Souma, T. Automatic sphygmomanometer. US Patent 5,099,851, Mar...
Hata, H. and Souma, T. Automatic sphygmomanometer. US Patent 5,099,851, March 31, 1992. **Hata, H. and Souma, T. Automatic sphygmomanometer. US Patent 5,099,851, March 31, […]
No views yet
Chio, S. Method and apparatus for determining blood pressure and cardiovasc...
Chio, S. Method and apparatus for determining blood pressure and cardiovascular condition. U.S. Patent 4,880,013, November 14, 1989. None
No views yet
Miyawaki, Y., Matumoto, K. and Shirasaki, O. Electronic blood pressure mete...
Miyawaki, Y., Matumoto, K. and Shirasaki, O. Electronic blood pressure meter incorporating compensation function for systolic and diastolic blood pressure determinations. US Patent 4,860,760, August […]
No views yet
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- L. Krikidis, J.L. Danger, and L. Naviner, “Flexible and reconfigurable receiver architecture for WCDMA systems with low spreading factors,” Electronics Letters, vol. 41, no. 1, pp 22–24, January 6, 2005.
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