NOLTA Nonlinear Theory and Its Applications, IEICE
 
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  Nonlinear Theory and Its Applications, IEICE (NOLTA) is an all-electronic journal published quarterly by the Institute of Electronics, Information and Communication Engineers (IEICE) and edited by the NOLTA Editorial committee. NOLTA publishes original, peer-reviewed papers that embrace the entire field of nonlinear science including:

  • Nonlinear Theory in Science and Engineering
    -Bifurcation Theory
    -Chaos Theory
    -Fractal Theory
    -Fuzzy and Nonlinearity
    -Game Theory and Nonlinearity
    -Integrable Systems
    -Neural Networks and Nonlinearity
    -Nonlinear Acoustics
    -Nonlinear Algorithms
    -Nonlinear Circuits
    -Nonlinear Control
    -Nonlinear Devices
    -Nonlinear Dynamical Systems and Ergodic Theory
    -Nonlinear Image Processing
    -Nonlinear Information Processing
    -Nonlinear Lattices
    -Nonlinear Networks
    -Nonlinear Optics
    -Nonlinear Optimal Control
    -Nonlinear Optimization
    -Nonlinear Oscillation
    -Nonlinear Signal Processing
    -Nonlinear Stochastic Process
    -Nonlinear Systems
    -Nonlinear Time Series Analysis
    -Nonlinear Variational Problems
    -Nonlinear Waves (including ILM, Breather)
    -Nonlinearity in Electromagnetic Theory
    -Nonlinearity in Learning and Memory
    -Nonlinearity in Nano Technology
    -Soliton Theory
  • Nonlinear Phenomena in Science and Engineering
    -Bifurcation Phenomena
    -Chaotic Phenomena
    -Complex Networks and Nonlinearity
    -Complex Systems and Nonlinearity
    -Immunity and Nonlinearity
    -Neuro Dynamics and Nonlinearity
    -Noise and Nonlinearity
    -Nonlinear Phenomena (General)
    -Randomness and Nonlinearity
    -Quantum Chaos
    -Semi-classical Chaos
    -Soliton Phenomena
    -Synchronization and Nonlinearity
  • Mathematical and Numerical Methods
    -Analysis of Bifurcation in Science and Engineering
    -Analysis of Chaos
    -Analysis of Nonlinear Phenomena
    -Computational Topology for Analyzing Nonlinear Dynamics
    -Computer Algebraic Methods for Nonlinear Systems
    -Computer Assisted Proofs for Nonlinear Equations
    -Engineering Topics in Nonlinear Differential (-Difference) Equations
    -Errors in Numerical Computations
    -Gaming Simulations and Nonlinearity
    -Nonlinear Equations in Science and Engineering
    -Nonlinear Functional Equations in Science and Engineering
    -Numerical Analysis and Nonlinearity
    -Numerical Methods and Nonlinearity
    -Numerical Simulations of Nonlinear Phenomena
    -Numerical Simulations around Chaotic Models
    -Numerical Computations with Result Verification
    -Self-validating Numerics
    -Topological Methods for Dynamical Systems (Conley Index Theory)
  • Interdisciplinary Fields
    -Biomimetics and Nonlinearity
    -Brain Science and Nonlinearity
    -Gene Science (Modeling, Designing and Constructing Synthetic Gene Networks) and Nonlinearity
    -Mathematical Biology and Nonlinearity
    -Nonlinearity in Bio-cybernetics
    -Nonlinearity in Biological Science
    -Nonlinearity in Classical Mechanics
    -Nonlinearity in Economics
    -Nonlinearity in Fluid Dynamics
    -Nonlinearity in Mechanics
    -Nonlinearity in Medical Science
    -Nonlinearity in Social Science
    -Turbulence and Nonlinearity
  • Applications in Science and Engineering
    -Applications of Chaos
    -Applications of Nonlinear Circuits and Systems
    -Applications of Soliton
    -Communications and Nonlinearity
    -Communications using Chaos
    -Control of Chaos
    -Errors in Signal Processing
    -Nonlinear Engineering
    -Random Numbers and Chaos
    -Sensor Network and Nonlinearity
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