Introduction to the Holonomic Gradient Method in Statistics
... The holonomic gradient method introduced by Nakayama et al. (2011) presents a new methodology for evaluating normalizing constants of probability distributions and for obtaining the maximum likelihood estimate of a statistical model. The method utilizes partial differential equations satisfied by th ...
... The holonomic gradient method introduced by Nakayama et al. (2011) presents a new methodology for evaluating normalizing constants of probability distributions and for obtaining the maximum likelihood estimate of a statistical model. The method utilizes partial differential equations satisfied by th ...
Ingrid Daubechies - Department of Mathematical and Statistical
... The concept of wavelets has its origins in many fields, and part of the accomplishment of Daubechies is finding those places where the concept arose and showing how all the approaches relate to one another. The use of wavelets as an analytical tool is like Fourier analysis - simple and yet very powe ...
... The concept of wavelets has its origins in many fields, and part of the accomplishment of Daubechies is finding those places where the concept arose and showing how all the approaches relate to one another. The use of wavelets as an analytical tool is like Fourier analysis - simple and yet very powe ...
on a subtraction formalism for the multiplication of causal singular
... field theory, theory of elementary particles, and mathematical physics. Together with M.M. Krylov, М.М. Bogolyubov developed (1932–1937) the asymptotic theory of nonlinear oscillations, proposed the methods of asymptotic integration of nonlinear equations describing various oscillatory processes and ...
... field theory, theory of elementary particles, and mathematical physics. Together with M.M. Krylov, М.М. Bogolyubov developed (1932–1937) the asymptotic theory of nonlinear oscillations, proposed the methods of asymptotic integration of nonlinear equations describing various oscillatory processes and ...
Modelling Homeostatic Responses
... European Conference on Mathematical and Theoretical Biology 2011 Patricia Mostardinha University of Aveiro e-mail: [email protected] Fernão Vistulo de Abreu University of Aveiro ...
... European Conference on Mathematical and Theoretical Biology 2011 Patricia Mostardinha University of Aveiro e-mail: [email protected] Fernão Vistulo de Abreu University of Aveiro ...
Mathematical Modeling of Human Body System in a
... innovative technology: from the logic of total complex man-made systems understand the logic of the total human body system. Result to date: Chapter 1 is divided into three sections: (1.1) mathematical systems modeling, (1.2) biological systems theory and (1.3) statistics in systems modeling. Mathem ...
... innovative technology: from the logic of total complex man-made systems understand the logic of the total human body system. Result to date: Chapter 1 is divided into three sections: (1.1) mathematical systems modeling, (1.2) biological systems theory and (1.3) statistics in systems modeling. Mathem ...
Shedding Light on the Mysterious Ordering Pattern
... in URu2Si. Reflecting the detail electronic states above the transition temperature, they have extracted an ordered state of a rank-5 momentum, which provides a reasonable solution for the hidden order. Not only has the research solved this long-standing problem, but the research results also have r ...
... in URu2Si. Reflecting the detail electronic states above the transition temperature, they have extracted an ordered state of a rank-5 momentum, which provides a reasonable solution for the hidden order. Not only has the research solved this long-standing problem, but the research results also have r ...
741-Dr. Janadeh
... The radar and radio waves are used to follow flip motion of spin of electrons and protons, respectively. These lead to electron spin resonance (ESR) and nuclear magnetic resonance (NMR) spectroscopy, respectively. The field of science that deals with wave motion of systems like electrons, atoms, mol ...
... The radar and radio waves are used to follow flip motion of spin of electrons and protons, respectively. These lead to electron spin resonance (ESR) and nuclear magnetic resonance (NMR) spectroscopy, respectively. The field of science that deals with wave motion of systems like electrons, atoms, mol ...
Mathematical physics
Mathematical physics refers to development of mathematical methods for application to problems in physics. The Journal of Mathematical Physics defines the field as ""the application of mathematics to problems in physics and the development of mathematical methods suitable for such applications and for the formulation of physical theories"". It is a branch of applied mathematics.