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Reflections on the Past and Future of Integrative Medicine from a Lifelong Student of the Integration of Chinese and Western Medicine 被引量:3
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作者 David Eisenberg 《Chinese Journal of Integrative Medicine》 SCIE CAS 2011年第1期3-5,共3页
This issue of the Chinese Journal of Integrative Medicine includes a discussion of integrative medicine (IM) from various perspectives. Dr. Andrew Weil provides a comprehensive overview of the field from the US and ... This issue of the Chinese Journal of Integrative Medicine includes a discussion of integrative medicine (IM) from various perspectives. Dr. Andrew Weil provides a comprehensive overview of the field from the US and Western perspectives; doctors Dobos and Tao delineate those aspects of Western IM which relate directly to Traditional Chinese Medicine (TCM); 展开更多
关键词 Reflections on the past and future of Integrative Medicine from a Lifelong Student of the Integration of Chinese and Western Medicine
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Mr.Fei Xiaotong Talk About the Past and Future of China Township Enterprises
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作者 袁邈 《中华儿女》 1998年第2期12-15,共4页
关键词 Mr.Fei Xiaotong Talk About the past and future of China Township Enterprises
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AN INFORMATIC APPROACH TO A LONG MEMORY STATIONARY PROCESS
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作者 丁义明 吴量 向绪言 《Acta Mathematica Scientia》 SCIE CSCD 2023年第6期2629-2648,共20页
Long memory is an important phenomenon that arises sometimes in the analysis of time series or spatial data.Most of the definitions concerning the long memory of a stationary process are based on the second-order prop... Long memory is an important phenomenon that arises sometimes in the analysis of time series or spatial data.Most of the definitions concerning the long memory of a stationary process are based on the second-order properties of the process.The mutual information between the past and future I_(p−f) of a stationary process represents the information stored in the history of the process which can be used to predict the future.We suggest that a stationary process can be referred to as long memory if its I_(p−f) is infinite.For a stationary process with finite block entropy,I_(p−f) is equal to the excess entropy,which is the summation of redundancies that relate the convergence rate of the conditional(differential)entropy to the entropy rate.Since the definitions of the I_(p−f) and the excess entropy of a stationary process require a very weak moment condition on the distribution of the process,it can be applied to processes whose distributions are without a bounded second moment.A significant property of I_(p−f) is that it is invariant under one-to-one transformation;this enables us to know the I_(p−f) of a stationary process from other processes.For a stationary Gaussian process,the long memory in the sense of mutual information is more strict than that in the sense of covariance.We demonstrate that the I_(p−f) of fractional Gaussian noise is infinite if and only if the Hurst parameter is H∈(1/2,1). 展开更多
关键词 mutual information between past and future long memory stationary process excess entropy fractional Gaussian noise
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