• No results found

[PDF] Top 20 Cardiovascular dynamics multiple time scales, oscillations and noise

Has 10000 "Cardiovascular dynamics multiple time scales, oscillations and noise" found on our website. Below are the top 20 most common "Cardiovascular dynamics multiple time scales, oscillations and noise".

Cardiovascular dynamics   multiple time scales, oscillations and noise

Cardiovascular dynamics multiple time scales, oscillations and noise

... and time-frequency methods are presented in fig- ures ...in time and frequency ...in time and in frequency cannot be obtained ...good time resolution in the high frequency (HF) ...and ... See full document

11

Determining natural scales of ecological systems

Determining natural scales of ecological systems

... nonlinear oscillations and non- uniform patterns in spatial variance that are pervasive in real ...nonlinear time series analysis to characterize dynamics at particular scales of ...the ... See full document

21

Subthreshold dynamics of the neural membrane potential driven by stochastic synaptic input

Subthreshold dynamics of the neural membrane potential driven by stochastic synaptic input

... subthreshold dynamics of the neural membrane potential driven by stochastic synaptic input of stationary ...the dynamics have been ...oscillatory dynamics have been ...temporal noise, it has ... See full document

16

Multiple-scale dynamics in neural systems: learning, synchronization and network oscillations

Multiple-scale dynamics in neural systems: learning, synchronization and network oscillations

... strong noise in the membrane potentials and synaptic processes as well as against a wide variability of the membrane properties of the coupled ...intrinsic dynamics of the postsynaptic neuron do not seem to ... See full document

123

Noise induced escape on time scales preceding quasistationarity:new developments in the Kramers problem

Noise induced escape on time scales preceding quasistationarity:new developments in the Kramers problem

... at time scales much less than the time of the formation of quasiequi- librium within a single well t f (s) , the escape flux J grows exponentially strongly with time and, moreover, if the ... See full document

10

Comparison between Fourier and Wavelets Transforms in Biospeckle Signals

Comparison between Fourier and Wavelets Transforms in Biospeckle Signals

... random oscillations and noise presents in the bi- ospeckle signal, without significant information’s about the paint volatility, since that the energy of the time his- tory in the high frequencies ... See full document

12

Investigation of Turbulent Characteristics of a Subsonic Jet Using 3D RANS Simulation

Investigation of Turbulent Characteristics of a Subsonic Jet Using 3D RANS Simulation

... fluid dynamics, particularly of computational fluid dynamics ...the time averaged forms of the governing equations, which inevitably results in terms involving higher order correlations of ... See full document

8

Non-exponential relaxation time scales in disordered systems: An application to protein dynamics

Non-exponential relaxation time scales in disordered systems: An application to protein dynamics

... In Fig. 3a we plot the reconstructed correlation functions, for ǫ = 6 and for the pure homopolymer ǫ = 0, for N = 15 sites. The stretched exponential fit (with γ = .33) works very well in the disordered case, while the ... See full document

15

Ocean Circulation Dynamics and Transport Connectivity in the Intra-Americas Sea on Inter-annual, Seasonal, Synoptic and Inertial Time Scales.

Ocean Circulation Dynamics and Transport Connectivity in the Intra-Americas Sea on Inter-annual, Seasonal, Synoptic and Inertial Time Scales.

... tidal oscillations along the west Florida coast and the upwelling-downwelling cycles developed in response to the passage of cold fronts could cause the local retention of bay scallop larvae along west Florida ... See full document

158

METHODS INVOLVED IN SOLVING PROBLEMS OF FLUID MECHANICS USING COMPUTATIONAL FLUID DYNAMICS - A STUDY

METHODS INVOLVED IN SOLVING PROBLEMS OF FLUID MECHANICS USING COMPUTATIONAL FLUID DYNAMICS - A STUDY

... fluid dynamics (CFD) on computers and describes in detail those most often used in ...fluid dynamics, like direct and large-eddy simulation of turbulence, Probability density function (PDF) methods and ... See full document

11

Impact of damping on superconducting gap oscillations induced by intense Terahertz pulses

Impact of damping on superconducting gap oscillations induced by intense Terahertz pulses

... the oscillations disappear quickly, but ∆(t) continues to decrease on the time scale of tens of picosec- ...gap oscillations do not scale with the gap function, unlike reported for shorter mono- ... See full document

7

Tool use induces complex and flexible plasticity of human body representations

Tool use induces complex and flexible plasticity of human body representations

... interactions along the length of the tool; in control participants, by contrast, active training with the cane was required to induce such extension (Serino, Bassolino, Farnè, & Làdavas, 2007). Analogous findings ... See full document

9

Multiple Positive Solutions for a Class of  Point Boundary Value Problems on Time Scales

Multiple Positive Solutions for a Class of Point Boundary Value Problems on Time Scales

... Recently, there have been many papers working on the existence of positive solutions to boundary value problems for differential equations on time scales; see, for example, 1– 20. This has been mainly due to ... See full document

14

Almost periodic solutions of impulsive Lasota-Wazewska model with multiple time-varying delays on time scales

Almost periodic solutions of impulsive Lasota-Wazewska model with multiple time-varying delays on time scales

... at time t , α is the rate of the red blood cells, β and γ describe the production of red blood cells per unite time and ω is the time required to produce a red blood ... See full document

14

Some nonlinear delay integral inequalities on time scales arising in the theory of dynamics equations

Some nonlinear delay integral inequalities on time scales arising in the theory of dynamics equations

... Our aim in this paper is to establish some new nonlinear delay integral inequalities on time scales, which are generalizations of some known continuous inequalities and discrete inequalities in the ... See full document

14

Identification of Relevant Time-Scales in Nonequilibrium Community Dynamics—Conclusions from Phytoplankton Surveys

Identification of Relevant Time-Scales in Nonequilibrium Community Dynamics—Conclusions from Phytoplankton Surveys

... While succession theories for terrestrial habitats date back as early as the beginning of this century (Clements, 1916; Gleason, 1917, 1927), similar theories were lacking for phytoplankton for a long time. The ... See full document

8

Multiple Positive Solutions for m-Point Boundary Value Problem on Time Scales

Multiple Positive Solutions for m-Point Boundary Value Problem on Time Scales

... with Dirichlet boundary condition. They also extended the results to four-point BVP in 12. When φu |u| p−2 u and the nonlinearity f is not involved with the first-order derivative u Δ t, in 27, Sun and Li discussed the ... See full document

11

Multiple time scales in modeling the incidence of infections acquired in intensive care units

Multiple time scales in modeling the incidence of infections acquired in intensive care units

... individual time at-risk ends with the occurrence of MRSA infection, ICU discharge or death in ICU since after the two latter events the risk of ICU- acquired infection is ... See full document

11

Multiple positive solutions of a semipositone singular boundary value problem on time scales

Multiple positive solutions of a semipositone singular boundary value problem on time scales

... on time scales by various contemporary ...on time scales ...on time scales, and we want to mention some papers in literature [–], and the references ...on time ... See full document

11

Exponentially stable solution of mathematical model of agents dynamics on time scales

Exponentially stable solution of mathematical model of agents dynamics on time scales

... This work is an attempt at studying leader-following model on the arbitrary time scale. The step size is treated as a function of time. Our purpose is establishing conditions ensuring a leader-following ... See full document

19

Show all 10000 documents...