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Molecular Physics, 2002
A theoretical framework is developed for the calculation of rate constants by sampling connected pathways composed of local minima and transition states that link them together. The theory is applicable to two-state or effective two-state systems and is applied to permutational or morphological isomerization in a two-dimensional cluster of seven ...
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A theoretical framework is developed for the calculation of rate constants by sampling connected pathways composed of local minima and transition states that link them together. The theory is applicable to two-state or effective two-state systems and is applied to permutational or morphological isomerization in a two-dimensional cluster of seven ...
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Sampling and Discrete Choice Analysis
The Professional Geographer, 1994Samples used to estimate discrete choice models in geography and regional science are typically assumed to be simple random samples. This assumption is not always met with existing samples. Furthermore, data collection is usually less costly if a stratified sampling strategy is adopted.
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The discrete sampling variation measurement
Physics Letters A, 2000The modification of the variation quantum measurement is considered, which allows to eliminate the main shortcoming of such a measurement — the meter hardware setup dependence on the signal shape and arrival time. This method is based on approximation of the signal by series of short rectangular “slices” and periodical applying the variation ...
S.L. Danilishin +2 more
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Sampling and the discretization theorem
Automation and Remote Control, 2006zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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Communications in Nonlinear Science and Numerical Simulation, 2021
Sanae Rujivan, Udomsak Rakwongwan
exaly
Sanae Rujivan, Udomsak Rakwongwan
exaly
Continuous Discrete Sequential Observers for Time-Varying Systems Under Sampling and Input Delays
IEEE Transactions on Automatic Control, 2020Frédéric Mazenc, Michael Malisoff
exaly
Discrete Hamiltonian-assisted Hamiltonian sampling
Sampling from discrete distributions is a fundamental task in many statistical applications, with Markov Chain Monte Carlo (MCMC) being one of the primary approaches. We introduce two novel MCMC algorithms that address key challenges in efficient sampling from discrete spaces.openaire +1 more source

