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Browsing Electronics by Author "Nazareth, I.A.P."

Browsing Electronics by Author "Nazareth, I.A.P."

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  • An Algorithm for Estimation of Blood cholesterol based on Regression Technique 
    Nazareth, I.A.P.; Vernekar, S.R.; Gad, R.S.; Naik, G.M. (International Journal of Advanced Research in Computer Science and Software Engineering. 4(8); 2014; 758-761.)
    In order to lead a healthy life, it is important for a human being to know his/her blood level parameters. The human blood has over 100 constituents of which Cholesterol is an important parameter, which needs to be estimated ...
  • Analysis of blood glucose using impedance technique 
    Nazareth, I.A.P.; Vernekar, S.R.; Gad, R.S.; Naik, G.M. (International Journal of Innovative Research in Electrical, Electronics, Instrumentation and Control Engineering (IJIREEICE). 1(9); 2013; 413-417.)
    This paper proposes a non invasive measurement technique to estimate the level of glucose by impedance measurement. This work presents a study of the varying concentrations of glucose using RF Impedance Spectroscopy (RIS). ...
  • Application of RF spectroscopy for blood glucose measurement 
    Nazareth, I.A.P.; Vernekar, S.R.; Gad, R.S.; Naik, G.M. (International Journal of Electronics and Communication Engineering and Technology. 5(7); 2014; 32-38.)
    The design and the fabrication of RF characteristics measurement cell to estimate the constituents of human blood is described in this manuscript. The human blood has over 100 constituents of which glucose and cholesterol ...
  • Error analysis in soil urea prediction based on RF spectroscopy 
    Vernekar, S.R.; Nazareth, I.A.P.; Parab, J.S.; Naik, G.M. (IEEE Int. Conf. on Advances in Electronics, Communication and Computer Technology (ICAECCT 2016) 2-3 Dec 2016. Pune, India. 2016; 244-246.)
    With the growing concern for environmental pollution and shrinking land resources available for agriculture, the need for sustainable agriculture is increasing. Soil sensing plays an important role in sustainable agriculture ...
  • Estimation of Cholesterol by Impedance Measurement Based on DSP Technique 
    Nazareth, I.A.P.
  • Estimation of cholesterol in the presence of urea and other constituents in blood tissue 
    Nazareth, I.A.P.; Parab, J.S.; Gad, R.S.; Naik, G.M. (International Journal of Innovative Technology and Exploring Engineering. 9(3); 2020; 1831-1834.)
    The determination of cholesterol in pathological laboratories is more painful and may lead to infections if no proper precautions are taken into consideration. The manuscript presented here describes a non-invasive method ...
  • Learning by doing with National Instruments Development Boards 
    Parab, J.S.; Nazareth, I.A.P.; Gad, R.S.; Naik, G.M. (CRC Press. 2020; 170pp.)
    Learning by Doing with National Instruments Development Boards starts with a brief introduction to LabVIEW programming, which is required to explore the National Instrument platform, an introduction that includes detailed ...
  • Non-invasive blood cholesterol measurement using DSP IP cores SoC 
    Nazareth, I.A.P.; Gad, R.S.; Naik, G.M. (International Journal of VLSI Design. 1(1); 2010; 21-23.)
  • Potash estimation in soil usign RF technique 
    Vernekar, S.R.; Nazareth, I.A.P.; Parab, J.S.; Naik, G.M. (International Journal of Advances in Engineering and Technology. 7(4); 2014; 1271-1274.)
    The paper describes RF spectroscopic technique for soil potash sensing. The system consists of a cell designed and constructed to find the RF response of potash over a frequency range of 10MHz-4GHz. The cell is well shielded ...
  • Radio frequency technique for analysis of urea content in soil 
    Vernekar, S.R.; Nazareth, I.A.P.; Parab, J.S.; Naik, G.M. (International Journal of Advances in Engineering and Technology. 6(6); 2014; 2686-2691.)
    The paper presents a novel approach for determining soil nutrient content using Radio Frequency signals. The study is conducted to obtain the frequency response of urea. A shielded cell is designed for obtaining the frequency ...
  • Response of blood urea using RF scalar network analyzer 
    Nazareth, I.A.P.; Vernekar, S.R.; Gad, R.S.; Naik, G.M. (IEEE Int. Conf. on Technologies for Sustainable Development (ICTSD), 4-6 Feb. 2015. 2015; 4pp-.)
    Urea content in the human blood is an important parameter to monitor the healthy state of a human being. Normally a patient is sent to pathological laboratories for blood extraction to quantify the actual urea percentage. ...
  • Response of cholesterol with varying glucose concentration 
    Nazareth, I.A.P.; Vernekar, S.R.; Gad, R.S.; Naik, G.M. (International Journal of Advanced Research in Electrical, Electronics and Instrumentation Engineering. 5(1-4); 2016; 559-564.)
    The paper discusses the response of Cholesterol in the presence of other blood constituents like Salt, Glucose, Urea and Alanine. The response is measured in the 10 - 500 MHz range with varying Glucose from below normal ...
  • RF spectroscopy technique for soil nutrient analysis 
    Vernekar, S.R.; Nazareth, I.A.P.; Parab, J.S.; Naik, G.M. (IEEE Int. Conf. on Technologies for Sustainable Development (ICTSD), 4-6 Feb. 2015. 2015; 4pp.)
    The manuscript describes RF Spectroscopy approach to determine the nutrients in the soil. Two different soil nutrients namely urea and potash are considered in this study. In order to obtain the frequency spectra of each ...
  • A Study of cholesterol percentage in blood tissue in the presence of salt 
    Nazareth, I.A.P.; Vernekar, S.R.; Gad, R.S.; Naik, G.M. (International Journal of Innovative Research in Electrical, Electronics, Instrumentation and Control Engineering. 4(3); 2016; 90-93.)
    This article reports the study of Cholesterol percentage in blood tissue in the presence of Salt and other major blood components like Urea, Glucose and Alanine. The response is measured in the 10 - 500 MHz range with ...
  • Techniques in RF spectroscopy to Estimate noise in Biomedical tissue parameter 
    Nazareth, I.A.P.; Vernekar, S.R.; Gad, R.S.; Naik, G.M. (8 Ann. Nat. Symp. on VLSI and Embedded System, 8 Mar 2014. PCC, Verna, Goa. 2014; 38-42.)

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