Based On The Energy Transfer Characteristics Of Meridians Power Information Detection Technology And Applications

Meridian is the body channel in which information and energy run, and is closely related by vital functions of body. It origin a long time ago, and derived from traditional Chinese medicine, Meridian has been proven through a long period. As the limitations of scientific development in ancient meridian theory contains the inevitable composition of fallacy, it need a strong support of modern scientific experiments. This paper select the two representative meridian lines: Hand Tai Yin Lung Meridian and Pericardium, which The study is focused on. from the dynamic energy transfer of. Electrical signals, on the basis of the absorption of previous research results, we study characteristics of the meridian system.. we have proposed a effective method of meridian system research. In this paper, my job is as follows:1,Active external signals are used in the experiment to stimulate the acupuncture points of meridian , then the output signal of other acupuncture points of the same meridian line are collected. We get reliable and stable signals ,which carry the information of meridian channels. Since the meridian signal is suffered serious noise , This paper selectes superior performance equipment and wavelet packet, two denoising technology, from both hard and soft to cance noise, preprocessing high-quality electric meridian Signal. for further study .2,Coherence function analysis are used to study the meridian signal running in the meridian channels and non-acupuncture points in the meridian at different output characteristics, reveals dynamic signal transmission characteristics of the meridian channels: the meridian system is a nonlinear system, and acupuncture points outs carry the human body organs and organ' status. This paper also estimates the transfer function of the specific section'shaoshang—kongzui—chizhe—tianfu'under the sine wave stimulatory signal. from different aspects we study the different characteristics of non-meridian system Between meridian system .3,On the base of improving Extreme learning machine network (Extreme learning machine, referred to ELM),this paper prove a novel neural network algorithm: Feedback_ELM, and applying to the human meridian Channel Model , then comparing results of Approximation of Feedback_ ELM and the ELM. The results show that Feedback_ELM in training not too much data' case has good approximation precision, high speed, is suitable for online modeling of dynamic systems.4,This paper has built energy characteristic vector parameters to describes the characteristics of the specific section'shaoshang—kongzui—chizhe—tianfu'on Hand Tai Yin Lung Meridian, under different amplitude of Multi-frequency triangle wave and Multi-frequency sine wave stimulate signal. Many experimental results show that: the energy extracted characteristic vector can reveal the meridian dynamic signal transmission channel characteristics.5,This paper has studied characteristics. ECG transferring in the meridian channel. Through researching the Hand Tai Yin Lung Meridian and Pericardium closely related to the heart ,The conclusion is that the output energy characteristic vector of acupuncture points and non-point is obviously different with a certain regularity when ECG signal running. once again demonstrate that the energy characteristic vector can measure the dynamic signal transmission characteristics. of the meridian section .This not only proves the existence of meridians, but also to explore the link with heart-related diseases, and the analysis provides a basis for further study.6,Comparing characteristic vector of healthy persons and patients with hyperthyroidism to study their different characteristics and taking the Energy Characteristics vectors as the input space vector of BP neural network. this paper identify cases of hyperthyroidism, by BP's pattern recognition ability. The results show that: the energy characteristic vector extracted can distinguish hyperthyroidism patients.The results of this study provides a good theoretical basis for further investigate of the electrical characteristics of information transmission in the meridian channels and connection with the human physiological diseases. The experimental results have illustrated that the proposed method is rather efficient. It provides us with a way to determine the points in human meridian systems.