Damşa T, Onulescu L
Med Interne. 1979 Jan-Mar;17(1):27-33.
The description of a mathematical model of structure of electrocardiographic (ECG) diagnosis is given, starting from the automatically measurable characteristics of bioelectrical currents generated in the course of cardiac activity. The "dynamic diagnosis", established for rhythm and for atrioventricular conduction disturbances--by analysis in real time of the periodicity of electrical phenomena--is differentiated from the "static diagnosis", established for the other situations--by the logical intersection of amplitude conditions with duration of the waves belonging to a given ECG lead. Likewise, mathematical rationale separates atrial from infraatrial electrical activity.
本文从心脏活动过程中产生的生物电流的自动可测量特征出发，给出了心电图（ECG）诊断结构的数学模型描述。通过对电现象周期性的实时分析建立的针对节律和房室传导障碍的“动态诊断”，与通过给定心电图导联中波的幅度条件与持续时间的逻辑交集建立的针对其他情况的“静态诊断”有所不同。同样，数学原理将心房电活动与心房以下电活动区分开来。
