Results 291 to 300 of about 15,696,706 (339)
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Entropy in Thermodynamics and in Information Theory
Problems of Information Transmission, 2022zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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Probability, Information and Entropy
Nature, 1970The claim that information theory provides a foundation for statistical thermodynamics which is independent of the use of ensembles can be sustained only if probabilities can be determined numerically without treating them as frequencies. The use of Shannon's measure of information to assign probabilities is correct only in the same conditions as ...
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Entropy, Probability and Information
International Statistical Review / Revue Internationale de Statistique, 1973Summary: A historical account is given of the development of the concepts of entropy, communication theory and their relation to statistical information. There are many misunderstandings about the nature of information as often defined in statistical theory and an attempt is made to remove them.
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Entropy Statistics and Information Theory
2007Entropy measures provide important tools to indicate variety in distributions at particular moments in time (e.g., market shares) and to analyse evolutionary processes over time (e.g., technical change). Importantly, entropy statistics are suitable to decomposition analysis, which renders the measure preferable to alternatives like the Herfindahl index
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1977
Two concepts which appear frequently in the description of dynamic systems are information and entropy. In view of their nature these concepts are rather difficult to place in the context of the preceding chapters. A concept such as entropy can be regarded as a state variable; a definition for information is obviously harder to find.
Nic J. T. A. Kramer, Jacob de Smit
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Two concepts which appear frequently in the description of dynamic systems are information and entropy. In view of their nature these concepts are rather difficult to place in the context of the preceding chapters. A concept such as entropy can be regarded as a state variable; a definition for information is obviously harder to find.
Nic J. T. A. Kramer, Jacob de Smit
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2018
The greatest American scientist of the period between the late nineteenth and early twentieth century was Willard Gibbs (1839–1903). Born in New Haven, Connecticut, he belonged to an old Yankee family that, since the seventeenth century, had produced distinguished clergymen and academics. After earning a Ph.D.
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The greatest American scientist of the period between the late nineteenth and early twentieth century was Willard Gibbs (1839–1903). Born in New Haven, Connecticut, he belonged to an old Yankee family that, since the seventeenth century, had produced distinguished clergymen and academics. After earning a Ph.D.
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A review on the dynamic-mechanical behaviors of high-entropy alloys
Progress in Materials Science, 2023Shuxin Bai, Junwei Qiao, Ruixin Wang
exaly
High-entropy ceramics: Review of principles, production and applications
Materials Science and Engineering Reports, 2021Masayoshi Fuji +2 more
exaly