Results 211 to 220 of about 75,284 (269)
A dynamical systems model for the total fission rate in Drp1-dependent mitochondrial fission. [PDF]
PLoS Comput BiolLeinheiser AK +4 more
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Furstenberg Family and Chaos for Time-Varying Discrete Dynamical Systems. [PDF]
Entropy (Basel)Li R, Li Y, Lu T, Zhao J, Su J.
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FateNet: an integration of dynamical systems and deep learning for cell fate prediction. [PDF]
BioinformaticsSadria M, Bury TM.
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Domain-Adaptive Continual Meta-Learning for Modeling Dynamical Systems: An Application in Environmental Ecosystems. [PDF]
Proc SIAM Int Conf Data MinSun Y, Yu R, Bao R, Xie Y, Ye Y, Jia X.
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Analysis of some dynamical systems by combination of two different methods. [PDF]
Sci RepGanie AH +4 more
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A Dynamical Systems Approach to Optimal Foraging
Chaturvedi S, El-Gazzar A, Gerven Mv.
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Seminars in Respiratory and Critical Care Medicine, 2023
AbstractWhile static mechanical forces govern resting lung volumes, dynamic forces determine tidal breathing, airflow, and changes in airflow and lung volume during normal and abnormal breathing. This section will examine the mechanisms, measurement methodology, and interpretation of the dynamic changes in airflow and lung volume that occur in health ...
David A, Kaminsky +2 more
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AbstractWhile static mechanical forces govern resting lung volumes, dynamic forces determine tidal breathing, airflow, and changes in airflow and lung volume during normal and abnormal breathing. This section will examine the mechanisms, measurement methodology, and interpretation of the dynamic changes in airflow and lung volume that occur in health ...
David A, Kaminsky +2 more
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2011
Dynamic Systemic Resolution is a powerful technique for selecting optimal constituents from dynamic systems by applying selection pressures, either externally by addition of target entities, or internally within the system constraints. This concept is a subset of Constitutional Dynamic Chemistry, and the dynamic systems are generally based on ...
Morakot, Sakulsombat +2 more
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Dynamic Systemic Resolution is a powerful technique for selecting optimal constituents from dynamic systems by applying selection pressures, either externally by addition of target entities, or internally within the system constraints. This concept is a subset of Constitutional Dynamic Chemistry, and the dynamic systems are generally based on ...
Morakot, Sakulsombat +2 more
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Fundamenta Informaticae, 1982
A model of information systems such that data depend on a state of the system is introduced. A logic is developed enabling us to define query languages for such systems.
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A model of information systems such that data depend on a state of the system is introduced. A logic is developed enabling us to define query languages for such systems.
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Macroeconomic Dynamics, 1999
Linear dynamical systems are widely used in many different fields from engineering to economics. One simple but important class of such systems is called the single-input transfer function model. Suppose that all variables of the system are sampled for a period using a fixed sample rate.
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Linear dynamical systems are widely used in many different fields from engineering to economics. One simple but important class of such systems is called the single-input transfer function model. Suppose that all variables of the system are sampled for a period using a fixed sample rate.
openaire +1 more source