Table 5.
Tracking the studies or keywords that showed the highest value in this metric. Eigenvector values measure how well connected any given vertex is to the other most well-connected vertices.
Label | Type | Metric | Value |
---|---|---|---|
MODELING, COMPLEX SYSTEM | Keyword | eigenvector | 0.030769 |
QUANTITATIVE BIOLOGY—QUANTITATIVE METHODS | Keyword | eigenvector | 0.030769 |
BIOLOGICAL SYSTEM | Keyword | eigenvector | 0.023077 |
MODELING, BIOLOGICAL | Keyword | eigenvector | 0.023077 |
NONLINEAR SCIENCES—ADAPTATION AND SELF-ORGANIZING SYSTEMS | Keyword | eigenvector | 0.023077 |
QUANTITATIVE BIOLOGY—NEURONS AND COGNITION | Keyword | eigenvector | 0.023077 |
COMPLEX ADAPTIVE SYSTEM | Keyword | eigenvector | 0.015385 |
NONLINEAR SCIENCES—CHAOTIC DYNAMICS | Keyword | eigenvector | 0.015385 |
COMPUTER SCIENCE—SYMBOLIC COMPUTATION | Keyword | eigenvector | 0.007692 |
IMMUNE SYSTEM | Keyword | eigenvector | 0.007692 |
INFLAMMATION | Keyword | eigenvector | 0.007692 |
MATHEMATICS—ALGEBRAIC GEOMETRY | Keyword | eigenvector | 0.007692 |
MATHEMATICS—DYNAMICAL SYSTEMS | Keyword | eigenvector | 0.007692 |
PAIN | Keyword | eigenvector | 0.007692 |
PAIN RESPONSE | Keyword | eigenvector | 0.007692 |
PHYSICS—BIOLOGICAL PHYSICS | Keyword | eigenvector | 0.007692 |
PHYSICS—CHEMICAL PHYSICS | Keyword | eigenvector | 0.007692 |
QUANTITATIVE BIOLOGY | Keyword | eigenvector | 0.007692 |
QUANTITATIVE BIOLOGY—CELL BEHAVIOR | Keyword | eigenvector | 0.007692 |
QUANTITATIVE BIOLOGY—TISSUES AND ORGANS | Keyword | eigenvector | 0.007692 |
A Dynamical Similarity Approach to the Foundations of Complexity and Coordination in Multiscale Systems | Study | eigenvector | 0.069231 |
Applying Complexity Theory to a Dynamical Process Model of the Development of Pathological Belief Systems | Study | eigenvector | 0.069231 |
Complexity of Model Testing for Dynamical Systems with Toric Steady States | Study | eigenvector | 0.069231 |
Designer dynamics through chaotic traps: Controlling complex behavior in driven nonlinear systems | Study | eigenvector | 0.069231 |
Extreme value theory of evolving phenomena in complex dynamical systems: firing cascades in a model of neural network | Study | eigenvector | 0.069231 |
Forecasting transitions in systems with high dimensional stochastic complex dynamics: A Linear Stability Analysis of the Tangled Nature Model | Study | eigenvector | 0.069231 |
Life as Complex Systems—Viewpoint from Intra-Inter Dynamics | Study | eigenvector | 0.069231 |
Small Open Chemical Systems Theory and Its Implications to Darwinian Evolutionary Dynamics, Complex Self-Organization and Beyond | Study | eigenvector | 0.069231 |
Understanding and Modelling the Complexity of the Immune System: Systems Biology for Integration and Dynamical Reconstruction of Lymphocyte Multi-Scale Dynamics | Study | eigenvector | 0.069231 |
Complex System | Topics | eigenvector | 0.069231 |