ライフサイエンスコーパス: nonlinear dynamics

1 Second-order components depend on nonlinear dynamics.

2 aking it difficult to explicitly demonstrate nonlinear dynamics.

3 n and its phase diagram of NONs coupled with nonlinear dynamics.

4 into the interplay between non-Hermitian and nonlinear dynamics.

5 due to their complex rate laws and resulting nonlinear dynamics.

6 ics between topological phases of matter and nonlinear dynamics.

7 patterns through connectivity structure and nonlinear dynamics.

8 on contained in whole EEG signals, including nonlinear dynamics.

9 ng temporal fluctuations in populations with nonlinear dynamics.

10 rticularly of fisheries systems that exhibit nonlinear dynamics.

11 ee methods for ecological systems with noisy nonlinear dynamics.

12 density and additional methods derived from nonlinear dynamics.

13 antly different to the real data, suggesting nonlinear dynamics.

14 , non-stationary, low-dimensional and having nonlinear dynamics.

15 arlo implementation of a Bayesian filter for nonlinear dynamics.

16 elements that naturally express neuromorphic nonlinear dynamics(1-4).

17 nteraction patterns resulting from divergent nonlinear dynamics abound.

18 linear dynamics, we show that single-species nonlinear dynamics alone, both in the presence and absen

19 significant role for the low-order truncated nonlinear dynamics alone; turbulent backscatter onto the

20 chieves flexible inference in simulations of nonlinear dynamics and across neural datasets representi

21 pathogen populations often exhibit complex, nonlinear dynamics and are structured by multiple factor

22 Here, we show how the nonlinear dynamics and bistability emerge spontaneously,

23 yed inhibition of biomass growth, generating nonlinear dynamics and chaos.

24 n example, we describe conceptual tools from nonlinear dynamics and chemical engineering that make te

25 interest and follow-ups in the community of nonlinear dynamics and complex systems.

26 ime models reveal typical characteristics of nonlinear dynamics and even deterministic chaos, a very

27 suggests that reward prediction errors obey nonlinear dynamics and exhibit negativity biases, result

28 n ecology is the relative impact of internal nonlinear dynamics and external perturbations on the lon

29 that networks of interacting species exhibit nonlinear dynamics and feedback loops that can produce s

30 We demonstrate that the nonlinear dynamics and memory are governed by two implic

31 emerging research topic at the crossroads of nonlinear dynamics and nanophotonics.

32 A key challenge of nonlinear dynamics and network science is to understand

33 illations in population size due to inherent nonlinear dynamics and overcrowding were as important or

34 due to their high-dimensional spatiotemporal nonlinear dynamics and scalability for high power.

35 hlight a path for utilizing quadratic cavity nonlinear dynamics and solitons for molecular sensing be

36 Here, we couple techniques from nonlinear dynamics and statistical physics to analyze th

37 articulated integration of three tools from nonlinear dynamics and statistics: phase-space reconstru

38 SCUBA draws techniques from nonlinear dynamics and stochastic differential equation

39 he pump pulse energy and gas pressure on the nonlinear dynamics and their direct impact on SC generat

40 produced by PDQUEST (BioRad), PHORETIX 2-D (Nonlinear Dynamics) and Melanie (GenBio SA).

41 d software solutions, such as Progenesis QI (Nonlinear Dynamics); and, finally, performing metabolite

42 three of these bands), and measures based on nonlinear dynamics (approximate entropy [ApEn], a measur

43 Collective excitations presenting nonlinear dynamics are fundamental phenomena with broad

44 Nonlinear dynamics are pervasive phenomena in natural an

45 Error growth techniques from nonlinear dynamics are used to estimate the variance of

46 Complex nonlinear dynamics arise in many fields of science and e

47 ce against noisy data and in the presence of nonlinear dynamics, as they arise in power grid and brai

48 In particular, sampling the complex, nonlinear dynamics associated with submesoscales (<1-10

49 In contrast, the SL model leads to nonlinear dynamics, bifurcations, and possibly multiple

50 n this observation, we show that microscopic nonlinear dynamics can be counteracted or masked by four

51 ng aspects of brain dynamics are considered: nonlinear dynamics (chaos), phase transitions, and criti

52 environmental transmission to drive complex, nonlinear dynamics during infectious disease outbreaks.

53 Bifurcation analysis revealed diverse nonlinear dynamics (e.g., bistability and oscillations).

54 a Generalized Additive Model to capture the nonlinear dynamics effectively.

55 Nonlinear dynamics enables us to identify oscillatory ('

56 heless, both of them predict that the highly nonlinear dynamics exhibited by genetic regulatory syste

57 s a machine learning framework that exploits nonlinear dynamics, exhibiting significant computational

58 sics, representing a paradigmatic example of nonlinear dynamics far from thermodynamic equilibrium.

59 re are no data exhibiting the whole range of nonlinear dynamics for single-species systems without tr

60 e for biological systems with stochastic and nonlinear dynamics, for which the likelihood functions a

61 servoir is introduced that combines both the nonlinear dynamics from bilinear springs and nonlinear s

62 However, the complex nonlinear dynamics generally leads to stochastic soliton

63 ounced effect the waveguide width has on the nonlinear dynamics governing the supercontinua is system

64 ng neurobiology has been rather limited.Yet, nonlinear dynamics has become a practical tool for analy

65 Nonlinear dynamics has been introduced to the analysis o

66 Approximate linear representations of nonlinear dynamics have long been sought, driving consid

67 Computer simulations and nonlinear dynamics have provided invaluable tools for il

68 we leveraged hybrid sparse identification of nonlinear dynamics (Hybrid-SINDy), an equation-free data

69 This test is used to show highly significant nonlinear dynamics in a stable canine model of ventricul

70 This method recasts the original nonlinear dynamics in an augmented space where the syste

71 The use of methods from contemporary nonlinear dynamics in studying neurobiology has been rat

72 at oscillations in reaction networks require nonlinear dynamics in that at least one rate law is a no

73 However, nonlinear dynamics in the brain and the body's periphery

74 des a paradigm of reconstructing complex and nonlinear dynamics in the situation where training data

75 We identify an unusual regime of ultrafast nonlinear dynamics in which an optical shock wave couple

76 hat the normal heartbeat may display complex nonlinear dynamics, including deterministic chaos, and t

77 tical study of population and metapopulation nonlinear dynamics, including population extinction, and

78 Our approach accounts for the nonlinear dynamics inherent to real systems, and allows

79 ry behaviors of CD4+ T cells that arise from nonlinear dynamics interwoven across three scales.

80 By incorporating these nonlinear dynamics into grid cell models, we show that t

81 easures of HRV and of newer indices based on nonlinear dynamics is not universally accepted.

82 In the spectral domain, nonlinear dynamics manifest as the development of a chai

83 and mechanical logic, wherein concepts from nonlinear dynamics may be used to create intricate, tail

84 by irregular spiking could support flexible nonlinear dynamics needed for general-purpose computatio

85 acking for a causal effect of climate or the nonlinear dynamics needed to demonstrate regime shifts.

86 of important trade-offs between the internal nonlinear dynamics, network topology, and uncertainty in

87 Thus our findings indicate changes in the nonlinear dynamics of a fast-gain control in diabetic pa

88 This paper explores the nonlinear dynamics of a new CAM photosynthesis model (Ba

89 This study investigates the nonlinear dynamics of a system with frequency-dependent

90 s are emergent properties resulting from the nonlinear dynamics of accumulating, random genetic mutat

91 covariation reflects in part the structured, nonlinear dynamics of an underlying arousal-related proc

92 ill serve as a starting point to explore the nonlinear dynamics of atrial cells and will yield insigh

93 ests decentralized strategies to control the nonlinear dynamics of biological systems(8,18-22), soft

94 , the concepts of hodotopic organization and nonlinear dynamics of brain neural networks), Llewellyn

95 The oscillations were generated by the nonlinear dynamics of Ca2+ release and refilling in the

96 d vortexes interact and oscillate (a form of nonlinear dynamics of curved spacetime).

97 eymoon period' outbreaks are a result of the nonlinear dynamics of epidemics (Mclean et al., Epidemio

98 We investigate fundamental nonlinear dynamics of ferrofluidic Taylor-Couette flow -

99 ir computing has recently emerged, where the nonlinear dynamics of high-dimensional and fixed physica

100 Stochasticity alters the nonlinear dynamics of inherently cycling populations.

101 his question by mathematically analyzing the nonlinear dynamics of learning in deep linear networks.

102 The complex nonlinear dynamics of mode-locked fibre lasers, includin

103 at it recovers a linear approximation to the nonlinear dynamics of more biophysically realistic simul

104 e prove that under very weak assumption, the nonlinear dynamics of multi-phenotypic proportions in ou

105 rn laser systems, mostly originated from the nonlinear dynamics of radiation, makes control of their

106 By examining the nonlinear dynamics of reinforcement propagation, we esta

107 The nonlinear dynamics of stochastic information loss constr

108 The detailed nonlinear dynamics of such systems remains largely unkno

109 aptured by a simple model for the stochastic nonlinear dynamics of the cells, which reveals generic f

110 a predictive model and capture the transient nonlinear dynamics of the magnet during operation, leadi

111 ls, reaction times and performance depend on nonlinear dynamics of the network, and we confront the m

112 mental change must be distinguished from the nonlinear dynamics of the parasite population.

113 tributes a system-level model describing the nonlinear dynamics of the phage T4 injection machinery i

114 polymorphisms in closely related species and nonlinear dynamics of the ratio of two random variables.

115 The model reveals the nonlinear dynamics of the system and a dynamic equilibri

116 RP resonances encode information on the nonlinear dynamics of the system, and an approach for es

117 , based upon a model capturing the intrinsic nonlinear dynamics of the system, reveals some effects o

118 amic changes are explainable by the internal nonlinear dynamics of the system, tuned by demographic c

119 r radiation, and precipitation together, but nonlinear dynamics of these four climatic factors have n

120 harp features on surfaces, by exploiting the nonlinear dynamics of uniformly ion-bombarded surfaces.

121 sms remain poorly understood, we discuss how nonlinear dynamics of various positive affects, heavily

122 active feedback control in complex systems, nonlinear dynamics offers a means to generate desired lo

123 igh-power lasers exhibit a rich diversity of nonlinear dynamics, often featuring nontrivial co-existe

124 te a fresh perspective on the broad field of nonlinear dynamics on complex networks.

125 ther solutions can describe such dissipative nonlinear dynamics, our results may impact the interpret

126 Therefore, speech samples may capture nonlinear dynamics over extended intervals more effectiv

127 ed via several classical routes described by nonlinear dynamics: period-doubling, quasiperiodicity, o

128 to step inputs, we study habituation from a nonlinear dynamics perspective.

129 Nonlinear dynamics play an important explanatory role--m

130 Nonlinear dynamics provides a unifying perspective on se

131 l tunability of the generated pulses through nonlinear dynamics rather than the conventional use of a

132 etween metapopulations, seasonal trends, and nonlinear dynamics related to demographic changes.

133 We also included nonlinear dynamics, representing populations that recove

134 representation and sparse identification of nonlinear dynamics (SINDy) for parsimonious models.

135 algorithm based on sparse identification of nonlinear dynamics (SINDy) to reconstruct hypergraphs an

136 arning, such as the sparse identification of nonlinear dynamics (SINDy), have shown promise for creat

137 del discovery using sparse identification of nonlinear dynamics (SINDy).

138 first step towards analyzing its linear and nonlinear dynamics, stability properties, as well as its

139 recover features characteristic of strongly nonlinear dynamics (such as intermittency and rare event

140 Such nonlinear dynamics suggest that GC is part of a recurren

141 mber of resonator modes leads to complicated nonlinear dynamics that are far from fully understood.

142 ed by VIIIth nerve vestibular afferents with nonlinear dynamics that differ markedly from those predi

143 Here we analyze the complex nonlinear dynamics that emerge from modeling large-scale

144 s oscillators contain complex feedbacks with nonlinear dynamics that enable spontaneous oscillations.

145 Arnold-Moser (KAM) theorem--a cornerstone of nonlinear dynamics that explains, for example, gaps in t

146 rol of networks governed by a broad class of nonlinear dynamics that includes the major dynamic model

147 vel methods based on statistical physics and nonlinear dynamics, the interactive display and characte

148 sufficient condition, expressed in terms of nonlinear dynamics, the Laplacian eigenvalues of the nom

149 framework for understanding and forecasting nonlinear dynamics through time and across space.

150 s focused on one of the following two areas: nonlinear dynamics through time without an explicit cons

151 We draw on social theory and nonlinear dynamics to argue that emergent properties and

152 Avalanche phenomena use steeply nonlinear dynamics to generate disproportionately large

153 Physical reservoir computing leverages these nonlinear dynamics to produce complex input-output mappi

154 We draw on the field of nonlinear dynamics to propose a dynamical systems framew

155 Here, we use methods from nonlinear dynamics to test whether adult male zebra finc

156 These features collectively conveyed highly nonlinear dynamics to this network, generating excitatio

157 Finally, nonlinear dynamics tools are also used to investigate tr

158 It is used nonlinear dynamics tools to find attractors, which bound

159 increased fluctuations by changing intrinsic nonlinear dynamics, we show that single-species nonlinea

160 From the perspective of nonlinear dynamics, we would also like to understand how

161 cillatory processes requires the language of nonlinear dynamics, well beyond the linearization techni

162 Recently, all types of nonlinear dynamics were shown for experimental communiti

163 important consequences in the broad field of nonlinear dynamics where dimension and Lyapunov exponent

164 Nonlinear dynamics, where a change in the input is not p

165 roadening relies upon intense soliton-plasma nonlinear dynamics which leads to efficient soliton self

166 served in the healthy subjects to underlying nonlinear dynamics, which seem to be essential to normal

167 This has led to productive coupling of nonlinear dynamics with experiments in neurobiology in w

168 They also exhibit nonlinear dynamics with thresholds, reciprocal feedback

169 Together, these results demonstrate that the nonlinear dynamics within retinotopic maps can shape cor

170 ns of the Weak form Sparse Identification of Nonlinear Dynamics (WSINDy) method to select the best-fi