Database, Electrocardiography, Algorithm, Heart rate and Sleep are his primary areas of study. His research integrates issues of CD-ROM, Software, Clinical Physiology and Medical emergency in his study of Database. His Electrocardiography study frequently draws connections to adjacent fields such as ST segment.
His biological study spans a wide range of topics, including Waveform and QRS complex. His work on Heart rate variability as part of his general Heart rate study is frequently connected to Population, thereby bridging the divide between different branches of science. George B. Moody works mostly in the field of Heart rate variability, limiting it down to topics relating to Cardiology and, in certain cases, Linear regression, as a part of the same area of interest.
George B. Moody mainly focuses on Electrocardiography, Cardiology, Internal medicine, Database and Heart rate. The Electrocardiography study combines topics in areas such as QRS complex, Ambulatory, Transient ischemia, ST segment and Algorithm. His Cardiology study combines topics from a wide range of disciplines, such as Intensive care unit, Icu patients and Blood pressure.
His work deals with themes such as Surgery and Data set, which intersect with Internal medicine. His work carried out in the field of Database brings together such families of science as Annotation, Software, Decision support system and Medical record. His work on Heart rate variability as part of general Heart rate research is frequently linked to Physical activity, bridging the gap between disciplines.
George B. Moody mostly deals with Software, Intensive care medicine, Internal medicine, Cardiology and Intensive care. He interconnects MATLAB and Data mining in the investigation of issues within Software. His work focuses on many connections between Intensive care medicine and other disciplines, such as Cohort, that overlap with his field of interest in Blood pressure, Heart rate, Sepsis and Clinical significance.
His Internal medicine study incorporates themes from Java, Sample, Mobile computing, Data set and Implementation. While working in this field, George B. Moody studies both Cardiology and Population. George B. Moody interconnects Autoregressive model, Relational database, Snapshot and Complex dynamics in the investigation of issues within Intensive care.
His primary areas of study are Data mining, Software, QRS complex, QT interval and Fetal ecg. His Data mining research includes themes of MATLAB, Metadata and Database. His Software research is multidisciplinary, incorporating elements of Test, Open data, Clinical events and Fetal heart rate.
His QRS complex research incorporates elements of Gold standard, Field, Key and Signal processing. George B. Moody integrates Key with Set in his study. His study of Set brings together topics like Sample, Mobile computing, Data set, Implementation and Event.
Ary L. Goldberger;Luis A. N. Amaral;Leon Glass;Jeffrey M. Hausdorff
G.B. Moody;R.G. Mark
Mohammed Saeed;Mauricio Villarroel;Andrew T. Reisner;Gari Clifford;Gari Clifford
P. Laguna;R.G. Mark;A. Goldberg;G.B. Moody
L A Lipsitz;J Mietus;G B Moody;A L Goldberger
T. Penzel;G.B. Moody;R.G. Mark;A.L. Goldberger
T. Penzel;J. McNames;P. de Chazal;B. Raymond
Ishna Neamatullah;Margaret M Douglass;Li-wei H Lehman;Andrew Tomas Reisner
G.B. Moody;R.G. Mark
G.B. Moody;R.G. Mark;A.L. Goldberger
W. Zong;T. Heldt;G.B. Moody;R.G. Mark
A. Taddei;G. Distante;M. Emdin;P. Pisani
P. Laguna;G.B. Moody;R.G. Mark
George B. Moody
Y. Ichimaru;G.B. Moody
G.B. Moody;R.G. Mark
Ikaro Silva;George Moody;Daniel J Scott;Leo A Celi
W. Zong;G.B. Moody;D. Jiang
Ikaro Silva;George B. Moody
F Jager;F Jager;A Taddei;G B Moody;G B Moody;M Emdin
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