Chirkova E N, Egorov V A, Nikitin Iu M
Kardiologiia. 1990 Oct;30(10):72-7.
The paper analyses the characteristics of mathematical methods for detecting the biorhythms currently used for the chronodiagnosis and chronotherapy of cardiovascular diseases. Emphasis is laid on the assessment of the resolving power of algorithms and programs applied to the detection of circadian biological rhythms. The paper also discusses whether chronodiagnosis and chronotherapy of cardiovascular diseases are admissible by clinically available mathematical methods for detecting circadian rhythms. In addition, it deals with theoretical conditions required for accurate detection of varying frequency biological rhythms from length-limited data arrays and proposes a mathematical method suitable to a problem to detect biological rhythms with periods unknown in advance.
本文分析了当前用于心血管疾病时间诊断和时间治疗的生物节律检测数学方法的特点。重点在于评估应用于昼夜生物节律检测的算法和程序的分辨能力。本文还讨论了临床上可用的昼夜节律检测数学方法是否适用于心血管疾病的时间诊断和时间治疗。此外，它探讨了从长度有限的数据阵列中准确检测变化频率生物节律所需的理论条件，并提出了一种适用于检测周期事先未知的生物节律问题的数学方法。
