BASIC STUDY ON REAL-TIME AMBULATORY ELECTROCARDIOGRAM. LOGICS FOR QRS COMPLEX DETECTION AND CLASSIFICATION.

Shigetaka Suzuki; Kenich Doniwa; Akira Yokoi; Gengiro Maeda; Tomoko Sakai; Toshiyuki Goto; Mitsuharu Okajima

BASIC STUDY ON REAL-TIME AMBULATORY ELECTROCARDIOGRAM. LOGICS FOR QRS COMPLEX DETECTION AND CLASSIFICATION.

Shigetaka Suzuki, Kenich Doniwa, Akira Yokoi, Gengiro Maeda, Tomoko Sakai, Toshiyuki Goto, Mitsuharu Okajima

Research output: Contribution to journal › Conference article › peer-review

Abstract

The Ambulatory electrocardiogram is a very important clinical tool. However, its analysis by high-speed scanner in general use requires a great deal of labor and its accuracy is as yet insufficient. It is suspected that there is not enough time to detect and cluster each QRS complex at high-speed playback. Consequently complicated transactions cannot be used. To settle these problems, the authors have tried to develop a real-time ambulatory ECG analyzer. Evidence is provided that four parameters, namely QRS area, trace length, area/height (index A), area/trace length (index B), can be employed for the detection and the classification of the QRS complex.

Original language	English
Pages (from-to)	272-273
Number of pages	2
Journal	Japanese journal of medical electronics and biological engineering
Volume	22
Publication status	Published - 04-1984
Externally published	Yes

All Science Journal Classification (ASJC) codes

Biomedical Engineering

Cite this

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title = "BASIC STUDY ON REAL-TIME AMBULATORY ELECTROCARDIOGRAM. LOGICS FOR QRS COMPLEX DETECTION AND CLASSIFICATION.",

abstract = "The Ambulatory electrocardiogram is a very important clinical tool. However, its analysis by high-speed scanner in general use requires a great deal of labor and its accuracy is as yet insufficient. It is suspected that there is not enough time to detect and cluster each QRS complex at high-speed playback. Consequently complicated transactions cannot be used. To settle these problems, the authors have tried to develop a real-time ambulatory ECG analyzer. Evidence is provided that four parameters, namely QRS area, trace length, area/height (index A), area/trace length (index B), can be employed for the detection and the classification of the QRS complex.",

author = "Shigetaka Suzuki and Kenich Doniwa and Akira Yokoi and Gengiro Maeda and Tomoko Sakai and Toshiyuki Goto and Mitsuharu Okajima",

year = "1984",

month = apr,

language = "English",

volume = "22",

pages = "272--273",

journal = "Japanese journal of medical electronics and biological engineering",

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T1 - BASIC STUDY ON REAL-TIME AMBULATORY ELECTROCARDIOGRAM. LOGICS FOR QRS COMPLEX DETECTION AND CLASSIFICATION.

AU - Suzuki, Shigetaka

AU - Doniwa, Kenich

AU - Yokoi, Akira

AU - Maeda, Gengiro

AU - Sakai, Tomoko

AU - Goto, Toshiyuki

AU - Okajima, Mitsuharu

PY - 1984/4

Y1 - 1984/4

N2 - The Ambulatory electrocardiogram is a very important clinical tool. However, its analysis by high-speed scanner in general use requires a great deal of labor and its accuracy is as yet insufficient. It is suspected that there is not enough time to detect and cluster each QRS complex at high-speed playback. Consequently complicated transactions cannot be used. To settle these problems, the authors have tried to develop a real-time ambulatory ECG analyzer. Evidence is provided that four parameters, namely QRS area, trace length, area/height (index A), area/trace length (index B), can be employed for the detection and the classification of the QRS complex.

AB - The Ambulatory electrocardiogram is a very important clinical tool. However, its analysis by high-speed scanner in general use requires a great deal of labor and its accuracy is as yet insufficient. It is suspected that there is not enough time to detect and cluster each QRS complex at high-speed playback. Consequently complicated transactions cannot be used. To settle these problems, the authors have tried to develop a real-time ambulatory ECG analyzer. Evidence is provided that four parameters, namely QRS area, trace length, area/height (index A), area/trace length (index B), can be employed for the detection and the classification of the QRS complex.

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JF - Japanese journal of medical electronics and biological engineering

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BASIC STUDY ON REAL-TIME AMBULATORY ELECTROCARDIOGRAM. LOGICS FOR QRS COMPLEX DETECTION AND CLASSIFICATION.

Abstract

All Science Journal Classification (ASJC) codes

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