Presentations:

• Data Mining: Concepts and Direction
• Deriving Analytical Equations from Time Series DataSpecial Session at Fall 2005 AGU: Advanced Techniques in Data Analysis, Numerical Simulations, and Data Assimilation
• Automatic Pattern Recognition of Boundaries

• 3D global Hybrid Simulations of FTES
  IE | Other Browsers

• A New Approach to Modeling of Physical Systems
  IE | Other Browsers
• Self-Adaptive Simulation Technology
  IE | Other Browsers
• A New Paradigm for Time Integration of Multi-scale Systems
  IE | Other Browsers

Selected Whitepapers:

• Data Mining in Space Physics: 1. The MineTool Algorithm

• Ion scattering and acceleration by low frequency waves in the cometary environment
• Antiparallel versus component merging at the magnetopause:Current bifurcation and intermittent reconnection
• Ion-ion Kink Instability in the Magnetotail: 1. Linear Theory
• Ion-ion Kink Instability in the Magnetotail: 2. Three-dimensional full particle and hybrid simulations and comparison with observations
• Dipolar Magnetospheres and their Characterization as a Function of Magnetic Moment
• Kinetic theory of collisionless tearing at the magnetopause
• Role of Electron Temperature Anisotropy in the Onset of Magnetic Reconnection
• Global Hybrid Simulations of Solar Wind Interaction with Mercury: Magnetospheric Boundaries
• On magnetic reconnection regimes and associated three-dimensional asymmetries: hybrid, hall-less hybrid, and Hall MHD simulations
• One the Generation and Structure of the Quadrupole Magnetic Field in the Reconnection Process: Comparative Simulation Study
• Kinetic Simulations of X-line Expansion in 3D Reconnection (~ 6 MB)
  
• Fully Kinetic Simulations of Undriven Magnetic Reconnection with Open Boundary Conditions
• Linear Theory of Electron Temperature Anisotropy Instabilities: Whistler, Mirror, and Weibel
• Global Hybrid Simulations of the Earth's Magnetosphere
• Multi-scale Structure of the Electron Diffusion Region
• Magnetic Reconnection in large-scale Electron-Positron Plasmas

• A New Asynchronous Methodology for Modeling of Physical Systems: Breaking the Curse of Courant Condition
• A New Simulation Technique for Study of Collisionless Shocks: Self-adaptive Simulations
• Optimistic Simulations of Physical Systems Using Reverse Computation
• Parallel Discrete Event Simulations of Grid-based Models: Asynchronous Electromagnetic Hybrid Code
• Self-adaptive Time Integration of Flux-conservative Equations with Sources
• Event-Driven Hybrid Particle-in-Cell Simulation: A New Paradigm for Multi-Scale Plasma Modeling
• Performance Prediction of Large-scale Parallel Discrete Event Models of Physical Systems
• A Time-accurate Explicit Multi-scale Technique for Gas Dynamics