At KIAS during Mar 15 - 21, 2006
Matthew W. Choptuik: http://laplace.physics.ubc.ca/
      Lecture 1
      Lecture 2

      Lectures 3 & 4

      Lectures 5

Gungwon Kang: 3+1 formulation in General Relativity
Martin Snajdr: http://laplace.physics.ubc.ca/People/msnajdr/KOREA2006/index.html
    Lecture notes
    A nice introduction to numerical methods for relativistic hydrodynamics can be found in
            -  Ian Hawke
            - David W Neilsen
            - Scott C Noble
Sang Min Lee: Current Status of Korean Numerical Relativity Community
Dae-Il Choi:
     Evolving Binary Black Hole Spacetimes
     Current Status/Issues in Binary Black Hole Merger Simulations
Wei-Tou Ni: Sensitivities of Space-based Gravitational-Wave Detectors and the Separation of Signals using Waveforms of Numerical Relativity
Soojong Rey: Report of the KITP Workshop on Scanning New Horizons: GR beyond 4 Dimensions held during Jan 9-Mar 10, 2006
 
At APCTP Seoul branch office on Mar 22, 2006

     Matthew W. Choptuik: Relative stability of black hole critical solutions

     Dae-Il Choi: Binary Black Hole Merger Dynamics and Waveforms

     Martin Snajdr: Critical Collapse of an Ultrarelativistic Fluid in the $\Gamma -> 1$ Limit

     Wei-Tou Ni: Relativistic Astrodynamics and Precision Numerical Ephemeris

     Sang Pyo Kim: Numerical Relativity in Cosmology

     Jin Ho Kim: Special relativistic hydrodynamics coupled to Newtonian gravity

     Dongho Park: Gregory-Laflamme Instability in Higher Curvature Theories of Gravity

     Gungwon Kang: On black string instability and its fate

 
At KISTI during Mar 23 - 30, 2006
 

     Dae-Il Choi: Hahndol Code

     Martin Snajdr: Finite volume methods for conservative equations

     Matthew W. Choptuik: Matt's Computational Lab Page

            - Solving a Simple 1D Wave Equation with RNPL

            - Instructions for installation of RNPL, xvs, etc.

            - Scalar Wave Evolution on a Schwarzschild Background

            - Home Work Solution

     Seungwoo Lee: Supercomputing Tutorial