RESEARCH TOPICS
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UIM Electromagnetic Waves
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UIM Acoustics
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Microwave Spatial Modulation
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Chiral light-matter interaction
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vdW materials & Valleytronics
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Hybrid PSTD-FDTD
PREVIOUS WORKS
KEMP: GPU-based FDTD simulation program
KEMP: Korea University ElectroMagnetic wave Propagator
Main developer
Myung Su Seok (E-mail: lovesci88(at)naver.com)
Requirement
Linux Debian/Ubuntu Server
Python package: FDTD software using CPUs and GPUs
Requirements: Python 2.7 (Python2.7 homepage)
Python package: NumPy (NumPy homepage)
Python package: PyCUDA ( PyCUDA homepage)
Python package: PyOpenCL (PyOpenCL homepage)
nvidia-cuda-toolkit(for use of PyCUDA, CUDA downloads)
Downloads
Sourceforge, Server
User guide and tutorials
Reference
Myung-Su Seok, Min-Gon Lee, SeokJae Yoo, and Q-Han Park. "Electromagnetic metamaterial simulations using a GPU-accelerated FDTD method". J. Korean Phys. Soc. 67, 2026–2032 (2015).
Relevant Publications
[1] Ki-Hwan Kim, KyoungHo Kim, and Q-Han Park, Performance analysis and optimization of three-dimensional FDTD on GPU using roofline model, Computer Physics Communications, 182(6), 1201-1207 (2011).