Institute for Computational Neuroscience

HOME

Projects

• Basic and Applied Study on The Effect of Synaptic Plasticity on Brain Rhythms, Associated with Diverse Functions and Diseases, in Complex Biological Neural Networks (National Research Foundation of Korea, 2016. 6 - 2025. 5)
  　

• Convergence Study on Sparsely-Synchronized Cognitive Brain Rhythms in Complex Neural Networks (National Research Foundation of Korea, 2013. 11 - 2016. 10)
  　

• Study on The Coherent Dynamics in Complex Neural Populations (National Research Foundation of Korea, 2009. 5 -⁠ 2011. 1)
  　

• Dynamics in Neural Systems (Kangwon National University, 2009. 1 - 2010. 1)
  　

• Noise-Induced Coherent Dynamics in Coupled Neural Systems (Korea Research Foundation, 2006. 7 - 2008. 6)
  　

• Partial Synchronization in Coupled Chaotic Systems (Korea Research Foundation, 2004. 4 - 2006. 3)
  　

• Dynamical Transitions in Quasiperiodically-Forced Systems (Kangwon National University, 2004. 9 - 2005. 8)
  　

• Intermittency in Quasiperiodically-Forced Systems (Kangwon National University, 2003. 6 - 2004. 5)
  　

• Chaos Synchronization in Coupled Oscillators (Korea Science and Engineering Foundation, 2003. 4 - 2004. 3)
   

• Chaos Synchronization (Kangwon National University, 2001. 9 - 2002. 8)
  　

• Chaos Synchronization in Coupled Dynamical Systems (Korea Research Foundation, 2001. 1 - 2002. 1)
  　

• Synchronization in Coupled Chaotic Systems (Korea Research Foundation, 2000. 9 - 2001. 8)
  　

• Chaos Synchronization in Unidirectionally Coupled Systems (Korea Research Foundation, 2000. 9 - 2001 8)
  　

• Period-Doubling Transition to Chaos in Unidirectionally Coupled Dynamical Systems (Korea Research Foundation, 1999. 12 - 2000. 11)
  　

• High-Dimensional Nonlinear Dynamical Systems: Theory and Experiment (Korea Science and Engineering Foundation, 1999. 10 - 2002. 08)
  　

• Nonlinear Oscillators (BioMed Lab, 1999. 9 - 2000. 9)
  　

• Nonlinear Dynamics in Oscillating Systems (BioMed Lab 1998. 9 - 1999 2)
  　

• Intermittent Transition to Chaos in Coupled Maps (Korea Research Foundation, 1997. 10 - 1998. 9)
  　

• Period-Doubling Transition to Chaos in Coupled Nonlinear Oscillators (Korea Science and Engineering Foundation, 1996. 1 - 1997. 1)
  　

• Critical Behaviors of Period n-Tuplings in Coupled Maps (Korea Research Foundation, 1994. 9 - 1995. 8)
  　

• Low-Dimensional Many Body Theory and Their Applications (Ministry of Education, Korea, 1994. 5 - 1999. 4)
  　

• Universality of Period Doublings in Coupled Maps (Korea Research Foundation, 1993. 9 - 1994. 8)
  　

• Coupled Nonlinear Dynamical Systems (Korea Science and Engineering Foundation, 1992. 3 - 1994. 2)
  　

• Transition to Chaos in the Dissipative Standardlike Map (Korea Research Foundation, 1991. 8 - 1992. 7)
  　

• Critical Behavior of Period n-Tuplings in Four-Dimensional Volume-Preserving Maps (Korea Research Foundation, 1989. 9 - 1990. 8)