-16 Octubre, Rosario, Argentina

39. 
     - Петрова ГИ (2000): ‘Методи и електронни устройства за импеданс-кардиография’, Дисертация д-р, ТУ София, филиал Пловдив.
    
40. 
     - Колев ВБ (2000): ‘Методи за обработка и анализ на електрогастрограми’, Дисертация д-р, БАН.
    
41. 
    - Михов Г (2007): ‘Електронни устройства, системи и методи за обектно-ориентирана обработка на сигнали за потискане на смущения и идентифициране на полезни компоненти’, хабилитационен труд за присъждане на научното звание ст.н.с. І ст.
    
42. 
    - Shen Zhao, Hu Chao, Liao Jingsheng (2010): ‘Template matching based on wavelet analysis and arrhythmia detection algorithm’, Buletin of Advanced Technology Research, 4, (3), pp. 42-45, http://www.siat.cas.cn/xscbw/xsqk/201007/W020100707550264244101.pdf.
    

39. 
     - Shing Chun Benny Lam (2003): ‘Fast signal processing techniques for surface somatosensory evoked potentials measurement’, Ph.D. thesysis, University of Hong-Kong.
    

http://209.85.129.132/search?q=cache:nCDFJUI7aYIJ:hub.hku.hk/bitstream/123456789

39. 
    - Radeva V, Krawczak M, Choy E (2002): ‘Review and bibliography on generalized nets theory and applications’, Advanced Studies in Contemporary Mathematics, 4, No 4, 173-199.
    
40. 
    - Alexieva J, Choy E, Koycheva E (2007): ‘Review and bibliography on generalized nets theory and applications’, pp. 207-301, In: A survey of generalized nets. Eds: Choy E, Krawczak M, Shannon A, Szmidt E. © Raffles KvB Institute Pty Ltd.
    

39. 
    -Стоилов ГН (2003): ‘Техниката в помощ на медицината, кн. 1 Физика на радиологиятя’, ТУ- Сф., Филиал Пд.
    
40. 
    -Стоилов ГН (2003): ‘Техниката в помощ на медицината, кн. 2 Радиография (Рентгенография)’, ТУ- Сф., Филиал Пд.
    
41. 
    -Стоилов ГН (2003): ‘Техниката в помощ на медицината, кн. 3 Компютърна томография’, ТУ- Сф., Филиал Пд.
    
42. 
    -Стоилов ГН (2003): ‘Техниката в помощ на медицината, кн. 4 Ядрено-магнитен резонанс’, ТУ- Сф., Филиал Пд.
    
43. 
    -Стоилов ГН (2003): ‘Техниката в помощ на медицината, кн. 5 Ехография’, ТУ- Сф., Филиал Пд.
    

39. 
    - Stanley G, Cashman JN (2003): Capter 11, ‘Education and training in anaesthesia’, In: Recent Advances in Anaesthesia and Intensive Care 22, Edited by Adams AP, Cashman LN, Grounds RM, London San Fransisco, 323 pages.
    

39. 
    - Gorbunov BB, Gusev AN, Kamenskii SA, Selishchev SV (2004): 'Comparison of the Efficacy and Noise Immunity of Algorithms for Recognition of Shockable Cardiac Rhythms', Biomedical Engineering, 38, No3, pp.133-139.
    
40. 
    - Горбунов ББ, Гусев АН, Каменский СА и Селищев СВ: (2004): ‘Сравнение эффективности и помехоустойчивости алгоритмов распознавания шоковых ритмов сердца’, Медицинская Техника, 38 (3): 22-28.
    
41. 
    - Eilevstjǿnn Joar (2004): ‘Removal of Cardiopulmonary Resuscitation Artifacts in the Human Electrocardiogram’, submitted in partial fulfillment of the requirements for the degree of DOKTOR INGENIÂR, Department of Electrical and Computer Engineering, Stavanger University College Norway
    
42. 
    - lifford GD (2006): ‘ECG Statistics, Noise, Artifacts, and Missing Data’, Chapter 3 in: Advanced Methods for ECG Analysis, Eds. G. D. Clifford, F. Azuaje and P. E. McSharry,  Artech House, London.
    

39. 
    -Gero von Wagner (2006): ‘Entwicklung von methoden zur echtzeitanalyse von EKG-signalen mit neuro-fuzzy-systemen für anwendungsszenarien der telemedizin’ zur erlangung des akademischen grades eines Doktor-Ingenieurs, Fakultät für Elektrotechnik und Informationstechnik, Universität Fridericiana Karlsruhe.
    
40. 
    -Scolari D, Fagundes RDR, Russomano T, Zwetsch IC (2008): ‘Comparative study between DD-HMM and RBF in ventricular tachycardia and ventricular fibrillation recognition’, Medl Eng Physics 30 (2), pp. 213-217.
    

39. 
     - Kalchev I. (2003): ‘DSP-Algorithms for cardiac symptoms investigations, International Scientific Journal of Computing’, 2, No 2, pp. 106-109.
    
40. 
     - Kalchev I. (2003): ‘DSP-Algorithms for cardiac symptoms investigations, IDAACS'2003’, Proceedings of the Second IEEE International Workshop on Intelligent Data Acquisition and Advanced Computing Systems: Technology and Applications, pp. 331-334.
    

39. 
    - Gothev A (2003): ‘Spline and wavelet based techniques for signal and image processing’, Ph.D. Thesis, Tampere University of Technology, Publications 429.
    
40. 
    -Gotchev, A (2006): ‘Spline-based techniques for signal and image interpolation and decimation’, Lectures, Tampere University of Technology, Tampere, Finland, http://www.cs.tut.fi/~agotchev/DIPII/lecture3.pdf.
    
41. 
    -- Mihov G (2006): ‘Investigation of the linearity criterion used by the subtraction method for removing powerline interference from ECG’, Electronics ET’2006, book 3, pp. 110-115.
    
42. 
    - Михов Г (2007): ‘Електронни устройства, системи и методи за обектно-ориентирана обработка на сигнали за потискане на смущения и идентифициране на полезни компоненти’, хабилитационен труд за присъждане на научното звание ст.н.с. І ст.
    

39. 
     - Jekova I, Stoyanov T. (2003): ‘Measurement of electrocardiogram parameters. Implementation in classification systems’, ed. Technical University - Sofia, Twelfth International Conference 'Electronics 2003', Sozopol, 24-26 September, book 1, pp. 31-36.
    
40. 
     - Kalchev I (2003): ‘DSP-Algorithms for cardiac symptoms investigations,, International Scientific Journal of Computing, 2, No 2, pp. 106-109.
    
41. 
     - Kalchev I (2003): ‘DSP-Algorithms for cardiac symptoms investigations, IDAACS'2003’, Proceedings of the Second IEEE International Workshop on Intelligent Data Acquisition and Advanced Computing Systems: Technology and Applications, pp. 331-334.
    
42. 
     - Симова Я, Денчев С (2008): Дисперсия на QT-интервала – метод на изследване и значение, Медицински преглед, 44, (1), стр. 27-31.
    
43. 
    - Илиев И (2008): ‘Ограничаване на мрежовите смущения при телеметрично регистриране на биомедицински сигнали’, Национолно конференция с международно участие”Eлектроника 2008”, 29-30 май, София, рр. 107-110.
    
44. 
    - Илиев ИЦ, Табаков СД (2009): ’12-канален мултифункционален стимулатор на електрокардиографски сигнали’, Електротехника и Електроника, No 7-8, 36-40.
    
45. 
    - Табаков С (2009): ‘Pитъмен анализ на сърдечната дейност, приложим в автономни системи за мониториране’, Дисертация д-р”, ТУ. – София, 111 стр.
    

39. 
     - Bazhyna A, Gotchev A, Christov II, Daskalov IK, Egiazarian K (2004): 'Beat-to-beat noise removal in noninvasive His-bundle electrocardiogram', Med. & Biol. Eng. & Comp, 42, 5, pp. 712-720.
    
40. 
    - Christov I (2006): 'Power-line interference elimination from ECG: dynamic evaluation of the linearity criterion', Electrotechnika & Electronica E+E, 7-8, pp. 34-39.
    
41. 
    - Михов Г. (2007): ‘Електронни устройства, системи и методи за обектно-ориентирана обработка на сигнали за потискане на смущения и идентифициране на полезни компоненти’, хабилитационен труд за присъждане на научното звание ст.н.с. І ст.
    

39. 
    - Христов И (2005): ‘Премахване на смущения, разпознаване на вълни и измерване на параметри в електрокардиографски сигнали’, Дисертация д.т.н., БАН, СНС по Електронна и Компютърна Техника.
    

39. 
    - Christov II (2004): ‘Real time electrocardiogram QRS detection using combined adaptive threshold’, BioMedical Engineering Online, 3/1/28, http://www.biomedical-engineering-online.com/content/3/1/28.
    
40. 
     - Christov II (2004): ‘Real time electrocardiogram QRS detection using combined adaptive threshold’, BioMedical Engineering Online, 3/1/28, http://www.biomedical-engineering-online.com/content/3/1/28. Acknwledgement.
    
41. 
     -Sungho Oh (2004): ‘A new quality measure in electrocardiogram signal’, A thesis presented to the graduate school of the University of Florida in partial fulfillment of the requirements for the degree of Master of Science, p.81.
    
42. 
     - Farrokhi F, Moradi MH, Miri R (2004): ‘Automatic Detection of Premature Complexes in ECG Using Wavelet Features and Fuzzy Hybrid Neural Network’, Iranian Journal of Electrical and Computer Engineering, 3, No. 2, 132-137.
    
43. 
    - Gerardo Sanchez-Ortiz (2005): ‘ECG Databases and Arrhythmia detection and Forecast’, http://www.doc.ic.ac.uk/~giso/projects/arrhythmia/index.html, N22.
    
44. 
     - Bragge T, TarvainenMP, Ranta-aho PO, Karjalainen PA (2005): ‘High-resolution QRS fiducial point corrections in sparsely sampled ECG recordings’, Physiol Meas 26 743–751.
    
45. 
     - Portet F, Hernandez AI, Carrault G (2005): ‘Evaluation of real-time QRS detection algorithms in variable contexts’, Med Biol Eng Compu., 43, 379-385.
    
46. 
    - Христов И (2005): ‘Премахване на смущения, разпознаване на вълни и измерване на параметри в електрокардиографски сигнали’, Дисертация д.т.н., БАН, СНС по Електронна и Компютърна Техника.
    
47. 
    - Portet F, Carrault G. (2005): ‘Piloting real-time qrs detection algorithms in variable contexts’, 3rd European Medical & Biological Engineering Conference, IEEE, Prague, Czech Republic, Editor(s): IEEE, November, CD-ROM Article No 2068.
    
48. 
    -Guang-Zhong Yang (2005): ‘ECG Databases and Arrhythmia Detection and Forecast’, project, funded by the UK Department of Trade and Industry (DTI). http://www.doc.ic.ac.uk/~giso/projects/arrhythmia/arrhythmia_database.html
    

39. 
    - François Portet (2005): ‘Pilotage d'algorithmes pour la reconnaissance en ligne d'arythmies cardiaques’, Thèse de grade de: Docteur de l'Université de Rennes 1. pp 1-230.
    
40. 
    -Gero von Wagner (2006): ‘Entwicklung von methoden zur echtzeitanalyse von EKG-signalen mit neuro-fuzzy-systemen für anwendungsszenarien der telemedizin’ zur erlangung des akademischen grades eines Doktor-Ingenieurs, Fakultät für Elektrotechnik und Informationstechnik, Universität Fridericiana Karlsruhe.
    
41. 
    -Portet F, Hernández AI, Carrault G (2006): ‘Evaluation of real-time QRS detection algorithms in variable contexts’, Inria, 102, 4, pp. 1-22, http://hal.inria.fr/docs/00/05/81/18/PDF/MS04102. pdf
    
42. 
    -Bebek O, Cavusoglu MC (2006): ‘Predictive control algorithms usingbiological signals for active relative motion canceling in robotic assisted heart surgery’, Proceedings of the IEEE International Conference on Robotics and Automation, Orlando, USA, May 15-19, pp. 237-244.
    
43. 
    - Iliev I, Krasteva V, Tabakov S (2006): ‘Rial-time detection of accidental pathological cardiac events in the electrocardiogram’, Electronics ET’2006, book 3, pp. 92-97.
    
44. 
    - Coudon J, Ginest L, Hou, KM, Ponsonnaille J, de Vaulx C, Zhou H. (2006): ‘System and method for task scheduling, signal analysis and remote sensor’, European Patent Application, EP 1 724 684 A1, European Patent Office 22.11.2006, Bulletin 2006/47.
    

39. 
    -- Mihov G, Ivanov R, Levkov Ch (2006): ‘Subtraction method for removing powerline interference from ECG in case of frequency deviation’, Electronics ET’2006, book 3, pp. 104-109.
    
40. 
    - Матвеев М (2006): ‘Инженерни подходи към оценката на сърдечния риск’, хабилитационен труд за присъждане на научното звание ст.н.с. І ст.
    
41. 
    - Matveev M, Prokopova R, Nachev Ch (2006): ‘Normal and Abnormal Circadian Characteristics in Autonomic Cardiac Control: New Opportunities for Cardiac Risk Prevention’, Nova Science Publishers, Inc., New York, USA.
    
42. 
    -Krasteva VTz, Jekova II, Christov II (2006): 'Automatic detection of premature atrial contractions in the electrocardiogram', Electrotechnika & Electronica E+E, 9-10, pp. 49-55.
    
43. 
    - Ιωαννησ Γ Νελλασ, Σταυροσ Β Πινατσησ (2006): ‘Μετάδοση και Επεξεργασία Ζωτικών Σημείων μέσω Ασύρματων Δικτύων Αισθητήρων’, Διπλωματικη Εργασια, Εθνικο Μετσοβιο Πολυτεχνειο, Σχολη Ηλεκτρολογων Μηχανικων, Και Μηχανικων Υπολογιστων,Τομεασ υστηματων Μεταδοσησ Πληροφοριασ Και Τεχνολογιασ Υλικων
    

39. 
    -Bebek O, Cavusoglu MC (2007): ‘Intelligent control algorithms for robotic assisted beating heart surgery’, IEEE Transactions on Robotics, pp. 1-12. http://filer.case.edu/~oxb6/TRO2007_Bebek_Cavusoglu.pdf
    
40. 
     Christov I (2007): ‘Assessment of the performance of the adaptive thresholding algorithm for QRS detection with the use of AHA database. Boiautomation’, 6, pp. 27-37,
    

39. 
    -Iliev I, Krasteva V, Tabakov S (2007): ‘Real-time detection of pathological cardiac events in the elecrocardiogram’, Physiol. Meas., 28, pp. 269-276.
    
40. 
    - Barnaba E, El Achkar GF, Kehdi E, Tcheboukjian A (2007): ‘Real-time ECG monitoring system. Proceedings of the Sixth FEA Student Conference’, American University of Beirut, Lebanon, pp. 265-270.
    
41. 
    - Melco TC, Moscato LA (2007): ‘Estudo do Eletrocardiograma sobre uma Abordagem Matemática’, Boletins Técnicos, ISSN 1517-3526 BT/PMR/070, Departamento de Engenharia Mecatrônica e de Sistemas Mecânicos da Universidade de São Paulo, pp. 1-29.
    

39. 
    - Илиев И, Табаков С (2008): ‘Цифров филтър за премахване на бързи промени в нулевата линия при регистриране на електрокардиографски сигнали’, Национална конференция с международно участие”Eлектроника 2008”, 29-30 май, София, рр. 111-116.
    
40. 
    - Bebek O (2008): ‘Robotic-assisted beating heart surgery’, PhD thesis, Department of Electrical Engineering and Computer Science Case Western Reserve University. http://vorlon.case.edu/~mcc14/research/papers/OzkanBebekPhD2008.pdf
    
41. 
    - Zhou, H-Y, Hou K-M (2008): ‘Embedded real-time QRS detection algorithm for pervasive cardiac care system’, 9th International Conference on Signal Processing, ICSP 2008. 26-29 Oct. 2008 Page(s):2150 – 2153 DOI 10.1109/ICOSP.2008.4697572 http://ieeexplore.ieee.org/iel5/4681671/4697053/04697572.pdf?arnumber=4697572
    
42. 
    - Табаков С (2009): ‘Pитъмен анализ на сърдечната дейност, приложим в автономни системи за мониториране’, Дисертация д-р”, ТУ. – София, 111 стр.
    
43. 
    - Puri G, Tabakov SD (2009): ‘Adaptive procedure for ECG baseline wandering suppression’, Selected papers of the XVIII International Scientific and Applied Science Conference “ELECTRONICS - ET’2004” (Annual Journal of Electronics), Sozopol, Vol. 3, No 1, 61-63.
    
44. 
    - John Darrington (2009): ‘Real time extraction of ECG fiducial points using shape based detection’, PhD thesis, University of Western Australia, 143 pages, http://people.csse.uwa.edu.au/jmd/thesis.pdf
    
45. 
    - Tito Coutinho Melco (2006): ‘Estudo do eletrocardiograma sobre uma abordagem matemática’, Thesis, Departamento de Engenharia Mecatrônica e de Sistemas Mecânicos da Universidade de São Paulo, 100 pages. http://subversion.assembla.com/svn/enfasebccfrb/Material%20De%20pesquisa/TITOCOUTINHOMELCO.pdf
    
46. 
    - Haiying ZHOU1, Kun-Mean HOU2, Decheng ZUO1 (2009): ‘Real-Time Automatic ECG Diagnosis Method Dedicated to Pervasive Cardiac Care’, Wireless Sensor Network, 2009, 1, pp. 276-283 doi:10.4236/wsn.2009.14034 Published Online November (http://www.scirp.org/journal/wsn).
    
47. 
    - Filipe AP, Ornelas M, Borralho M, Duarte V, Santos M (2009): ‘Reconhecimento de padrões em sinais fisiológicos para diagnóstico medico’, Instituto Superior Técnico, Faculdade de Medicina de Lisboa, Fisiologia de Sistemas, MEBiom 2008/2009 http://nebm.ist.utl.pt/repositorio/download/894/0
    
48. 
    - Puri G, Tabakov S (2009): ‘Adaptive procedure for ECG baseline wandering suppression’, Annual Journal of Electronics, pp.61-63.