Results
Main.Results History
Show minor edits - Show changes to output
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(:cellnr align='center':) [[Results/DGD_nonloc_Drude | More details]]
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(:cellnr align='center':) [[Results/DGTD_nonloc_Drude | More details]]
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(:cellnr align='center':) [[Results/DGTD_nonloc_Drude | More details]]
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(:cellnr align='center':) [[Results/DGD_nonloc_Drude | More details]]
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(:cellnr align='center':) [[Results/DGD_nonloc_Drude | More details]]
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(:cellnr align='center':) [[Results/DGTD_nonloc_Drude | More details]]
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(:cell align='center':) [[Results/DGTD_ploc | More details]]
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(:cell align='center':) Simulation of near-field plasmonic interactions
(:cellnr align='center':)
(:cell align='center':) with a local approximation order DGTD method
(:cellnr align='center':)
(:cell align='center':) with a local approximation order DGTD method
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(:cellnr align='center':) %width=170px% http://www-sop.inria.fr/nachos/pics/results/eels/eels_visu_t1.png %width=170px% http://www-sop.inria.fr/nachos/pics/results/eels/
(:cell align='center':)
(:cellnr align='center':) Electron energy loss spectroscopy
(:cell align='center':)
(:cellnr align='center':)
(:cell align='center':)
(:cellnr align='center':) [[Results/DGTD_eels | More details]]
(:cell align='center':)
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(:cellnr align='center':)%width=175px% http://www-sop.inria.fr/nachos/pics/results/nano_sphere/nano_sphere-mesh.jpg
(:cell align='center':)%width=170px% http://www-sop.inria.fr/nachos/pics/results/nano_L-guide/Lguide_hyb_mesh.jpg %width=120px% http://www-sop.inria.fr/nachos/pics/results/nano_L-guide/Lguide_X_g1_L.png
(:cellnr align='center':)High-order DGTD method on
(:cell align='center':)Hybrid cubic/tetrahedral DGTD method
(:cellnr align='center':)curvilinear tetrahedral meshes
(:cell align='center':)with application to nanophotonics
(:cellnr align='center':)with application to plasmonics
(:cell align='center':)
(:cellnr align='center':)[[Results/DGTD_curvi | More details]]
(:cell align='center':)[[Results/DGTD_hybrid | More details]]
(:cell align='center':)%width=170px% http://www-sop.inria.fr/nachos/pics/results/nano_L-guide/Lguide_hyb_mesh.jpg %width=120px% http://www-sop.inria.fr/nachos/pics/results/nano_L-guide/Lguide_X_g1_L.png
(:cellnr align='center':)High-order DGTD method on
(:cell align='center':)Hybrid cubic/tetrahedral DGTD method
(:cellnr align='center':)curvilinear tetrahedral meshes
(:cell align='center':)with application to nanophotonics
(:cellnr align='center':)with application to plasmonics
(:cell align='center':)
(:cellnr align='center':)[[Results/DGTD_curvi | More details]]
(:cell align='center':)[[Results/DGTD_hybrid | More details]]
to:
(:cellnr align='center':) %width=175px% http://www-sop.inria.fr/nachos/pics/results/nano_sphere/nano_sphere-mesh.jpg
(:cell align='center':) %width=170px% http://www-sop.inria.fr/nachos/pics/results/nano_L-guide/Lguide_hyb_mesh.jpg %width=120px% http://www-sop.inria.fr/nachos/pics/results/nano_L-guide/Lguide_X_g1_L.png
(:cellnr align='center':) High-order DGTD method on
(:cell align='center':) Hybrid cubic/tetrahedral DGTD method
(:cellnr align='center':) curvilinear tetrahedral meshes
(:cell align='center':) with application to nanophotonics
(:cellnr align='center':) with application to plasmonics
(:cell align='center':)
(:cellnr align='center':) [[Results/DGTD_curvi | More details]]
(:cell align='center':) [[Results/DGTD_hybrid | More details]]
(:cell align='center':) %width=170px% http://www-sop.inria.fr/nachos/pics/results/nano_L-guide/Lguide_hyb_mesh.jpg %width=120px% http://www-sop.inria.fr/nachos/pics/results/nano_L-guide/Lguide_X_g1_L.png
(:cellnr align='center':) High-order DGTD method on
(:cell align='center':) Hybrid cubic/tetrahedral DGTD method
(:cellnr align='center':) curvilinear tetrahedral meshes
(:cell align='center':) with application to nanophotonics
(:cellnr align='center':) with application to plasmonics
(:cell align='center':)
(:cellnr align='center':) [[Results/DGTD_curvi | More details]]
(:cell align='center':) [[Results/DGTD_hybrid | More details]]
Added lines 22-39:
(:cell align='center':)
(:cellnr align='center':) DGTD method for a non-local Drude model
(:cell align='center':)
(:cellnr align='center':) with application to plasmonics
(:cell align='center':)
(:cellnr align='center':) [[Results/DGD_nonloc_Drude | More details]]
(:cell align='center':)
(:cellnr align='center':) %width=175px% http://www-sop.inria.fr/nachos/pics/results/hdg/hdg_cyl_pec.png
(:cell align='center':) %width=150px% http://www-sop.inria.fr/nachos/pics/results/imex/surfint=40616.png
(:cellnr align='center':) Hybridized DGFD methods
(:cell align='center':) Locally implicit DGTD methods
(:cellnr align='center':) for electromagnetics
(:cell align='center':) for electromagnetics
(:cellnr align='center':) [[Results/HDG | More details]]
(:cell align='center':) [[Results/DGTD_locimp | More details]]
(:cellnr align='center':)%width=200px% http://www-sop.inria.fr/nachos/pics/results/hpc/Yguide-2.png
(:cellnr align='center':) DGTD method for a non-local Drude model
(:cell align='center':)
(:cellnr align='center':) with application to plasmonics
(:cell align='center':)
(:cellnr align='center':) [[Results/DGD_nonloc_Drude | More details]]
(:cell align='center':)
(:cellnr align='center':) %width=175px% http://www-sop.inria.fr/nachos/pics/results/hdg/hdg_cyl_pec.png
(:cell align='center':) %width=150px% http://www-sop.inria.fr/nachos/pics/results/imex/surfint=40616.png
(:cellnr align='center':) Hybridized DGFD methods
(:cell align='center':) Locally implicit DGTD methods
(:cellnr align='center':) for electromagnetics
(:cell align='center':) for electromagnetics
(:cellnr align='center':) [[Results/HDG | More details]]
(:cell align='center':) [[Results/DGTD_locimp | More details]]
(:cellnr align='center':)%width=200px% http://www-sop.inria.fr/nachos/pics/results/hpc/Yguide-2.png
Changed line 41 from:
(:cellnr align='center':)DGTD method for a non-local Drude model
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(:cellnr align='center':)Hybrid MIMD/SIMD high order DGTD solver
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(:cellnr align='center':)with application to plasmonics
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(:cellnr align='center':)[[Results/HPC | More details]]
Deleted lines 44-65:
(:cell align='center':)
(:cellnr align='center':)%width=175px% http://www-sop.inria.fr/nachos/pics/results/hdg/hdg_cyl_pec.png
(:cell align='center':)
(:cellnr align='center':)Hybridized DGFD methods
(:cell align='center':)Locally implicit DGTD methods
(:cellnr align='center':)for electromagnetics
(:cell align='center':)for electromagnetics
(:cellnr align='center':)[[Results/HDG | More details]]
(:cell align='center':)[[Results/DGTD_locimp | More details]]
(:cellnr align='center':)%width=200px% http://www-sop.inria.fr/nachos/pics/results/hpc/Yguide-2.png
(:cell align='center':)
(:cellnr align='center':)Hybrid MIMD/SIMD high order DGTD solver
(:cell align='center':)
(:cellnr align='center':)[[Results/HPC | More details]]
(:cell align='center':)
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(:cellnr align='center':)%width=220px% http://www-sop.inria.fr/nachos/pics/results/UoB/antenna_array-mesh.jpg
(:cell align='center':)%width=160px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/Hx_view4.png
(:cellnr align='center':)Light scattering by optical nanoantennas
(:cell align='center':)Light absorption by MIM structures
(:cellnr align='center':)[[Results/DGTD_optical-nanoantenna | More details]]
(:cell align='center':)[[Results/DGTD_mim | More details]]
(:cellnr align='center':)%width=170px% http://www-sop.inria.fr/nachos/pics/results/new_headexp/tet+tel-1.jpg %width=170px% http://www-sop.inria.fr/nachos/pics/results/new_headexp/E_peau-1.jpg
(:cell align='center':)
(:cell align='center':)%width=160px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/Hx_view4.png
(:cellnr align='center':)Light scattering by optical nanoantennas
(:cell align='center':)Light absorption by MIM structures
(:cellnr align='center':)[[Results/DGTD_optical-nanoantenna | More details]]
(:cell align='center':)[[Results/DGTD_mim | More details]]
(:cell align='center':)
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(:cellnr align='center':) %width=220px% http://www-sop.inria.fr/nachos/pics/results/UoB/antenna_array-mesh.jpg
(:cell align='center':) %width=160px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/Hx_view4.png
(:cellnr align='center':) Light scattering by optical nanoantennas
(:cell align='center':) Light absorption by MIM structures
(:cellnr align='center':) [[Results/DGTD_optical-nanoantenna | More details]]
(:cell align='center':) [[Results/DGTD_mim | More details]]
(:cellnr align='center':) %width=170px% http://www-sop.inria.fr/nachos/pics/results/new_headexp/tet+tel-1.jpg %width=170px% http://www-sop.inria.fr/nachos/pics/results/new_headexp/E_peau-1.jpg
(:cell align='center':)
(:cell align='center':) %width=160px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/Hx_view4.png
(:cellnr align='center':) Light scattering by optical nanoantennas
(:cell align='center':) Light absorption by MIM structures
(:cellnr align='center':) [[Results/DGTD_optical-nanoantenna | More details]]
(:cell align='center':) [[Results/DGTD_mim | More details]]
(:cellnr align='center':) %width=170px% http://www-sop.inria.fr/nachos/pics/results/new_headexp/tet+tel-1.jpg %width=170px% http://www-sop.inria.fr/nachos/pics/results/new_headexp/E_peau-1.jpg
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!!! Applications related
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(:cellnr align='center':)%width=220px% http:
(:cell align='center':)%width=160px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/Hx_view4.png
(:cellnr align='center':)Light scattering by optical nanoantennas
(:cell align='center':)Light absorption by MIM structures
(:cellnr align='center':)[[Results/DGTD_optical-nanoantenna | More details]]
(:cell align='center':)[[Results/DGTD_mim | More details]]
(:cellnr align='center':)%width=170px% http://www-sop.inria.fr/nachos/pics/results/new_headexp/tet+tel-1.jpg %width=170px% http://www-sop.inria.fr/nachos/pics/results/new_headexp/E_peau-1.jpg
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<<<<<<<
(:cellnr align='center':)%width=195px% http://www-sop.inria.fr/nachos/pics/results/nano_nonloc_drude/2DiscClExZ.png
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(:cellnr align='center':)DGTD method for a non-local Drude model
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(:cellnr align='center':) with biological tissues
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(:cellnr align='center':)with application to plasmonics
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(:cellnr align='center':) [[Results/DGTD_bioem | More details]]
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(:cellnr align='center':)[[Results/DGD_nonloc_Drude | More details]]
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(:cellnr align='center':)%width=175px% http://www-sop.inria.fr/nachos/pics/results/hdg/hdg_cyl_pec.png
(:cell align='center':)
(:cellnr align='center':)Hybridized DGFD methods
(:cell align='center':)Locally implicit DGTD methods
(:cellnr align='center':)for electromagnetics
(:cell align='center':)for electromagnetics
(:cellnr align='center':)[[Results/HDG | More details]]
(:cell align='center':)[[Results/DGTD_locimp | More details]]
(:cellnr align='center':)%width=200px% http://www-sop.inria.fr/nachos/pics/results/hpc/Yguide-2.png
(:cell align='center':)
(:cellnr align='center':)Hybrid MIMD/SIMD high order DGTD solver
(:cell align='center':)
(:cellnr align='center':)[[Results/HPC | More details]]
(:cell align='center':)
(:tableend:)
=======
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>>>>>>>
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!!! Applications related results
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(:table border='0' align='center':)
(:cellnr align='center':)%width=220px% http://www-sop.inria.fr/nachos/pics/results/UoB/antenna_array-mesh.jpg
(:cell align='center':)%width=160px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/Hx_view4.png
(:cellnr align='center':)Light scattering by optical nanoantennas
(:cell align='center':)Light absorption by MIM structures
(:cellnr align='center':)[[Results/DGTD_optical-nanoantenna | More details]]
(:cell align='center':)[[Results/DGTD_mim | More details]]
(:cellnr align='center':)%width=170px% http://www-sop.inria.fr/nachos/pics/results/new_headexp/tet+tel-1.jpg %width=170px% http://www-sop.inria.fr/nachos/pics/results/new_headexp/E_peau-1.jpg
(:cell align='center':)
(:cellnr align='center':) Realistic numerical modeling of microwave interaction
(:cell align='center':)
(:cellnr align='center':) with biological tissues
(:cell align='center':)
(:cellnr align='center':) [[Results/DGTD_bioem | More details]]
(:cell align='center':)
>><<
Deleted lines 19-51:
(:cellnr align='center':)%width=195px% http://www-sop.inria.fr/nachos/pics/results/nano_nonloc_drude/2DiscClExZ.png
(:cell align='center':)
(:cellnr align='center':)DGTD method for a non-local Drude
(:cell align='center':)
(:cellnr align='center':)model with application to plasmonics
(:cell align='center':)
(:cellnr align='center':)[[Results/DGD_nonloc_Drude | More details]]
(:cell align='center':)
(:cellnr align='center':)%width=175px% http://www-sop.inria.fr/nachos/pics/results/hdg/hdg_cyl_pec.png
(:cell align='center':)
(:cellnr align='center':)Hybridized DGFD methods
(:cell align='center':)Locally implicit DGTD methods
(:cellnr align='center':)for electromagnetics
(:cell align='center':)for electromagnetics
(:cellnr align='center':)[[Results/HDG | More details]]
(:cell align='center':)[[Results/DGTD_locimp | More details]]
(:cellnr align='center':)%width=200px% http://www-sop.inria.fr/nachos/pics/results/hpc/Yguide-2.png
(:cell align='center':)
(:cellnr align='center':)Hybrid MIMD/SIMD high order
(:cell align='center':)
(:cellnr align='center':)DGTD solver
(:cell align='center':)
(:cellnr align='center':)[[Results/HPC | More details]]
(:cell align='center':)
April 30, 2015, at 06:08 PM
by - Alignement des cases
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(:cellnr align='center' width='10%':)%width=175px% http://www-sop.inria.fr/nachos/pics/results/nano_sphere/nano_sphere-mesh.jpg
(:cell align='center' width='10%':)%width=170px% http://www-sop.inria.fr/nachos/pics/results/nano_L-guide/Lguide_hyb_mesh.jpg %width=120px% http://www-sop.inria.fr/nachos/pics/results/nano_L-guide/Lguide_X_g1_L.png
(:cell align='center
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(:cellnr align='center':)%width=175px% http://www-sop.inria.fr/nachos/pics/results/nano_sphere/nano_sphere-mesh.jpg
(:cell align='center':)%width=170px% http://www-sop.inria.fr/nachos/pics/results/nano_L-guide/Lguide_hyb_mesh.jpg %width=120px% http://www-sop.inria.fr/nachos/pics/results/nano_L-guide/Lguide_X_g1_L.png
(:cell align='center':)%width=170px% http://www-sop.inria.fr/nachos/pics/results/nano_L-guide/Lguide_hyb_mesh.jpg %width=120px% http://www-sop.inria.fr/nachos/pics/results/nano_L-guide/Lguide_X_g1_L.png
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(:cell align='center' width='10%':)
(:cellnr align='center':)DGTD method for a non-local Drude model
(:table border
(:cellnr align='center' width='10%':)%width=195px% http:
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(:cellnr align='center':)DGTD method for a non-local Drude model
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(:cellnr align='center':)DGTD method for a non-local Drude
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(:cellnr align='center':)model with application to plasmonics
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(:cellnr align='center':)Hybrid MIMD/SIMD high order DGTD solver
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(:cellnr align='center':)%width=200px% http://www-sop.inria.fr/nachos/pics/results/hpc/Yguide-2.png
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(:cellnr align='center':)[[Results/HPC | More details]]
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(:cellnr align='center':)Hybrid MIMD/SIMD high order
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(:cellnr align='center':)DGTD solver
(:cell align='center':)
(:cellnr align='center':)[[Results/HPC | More details]]
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(:cellnr align='center':)[[Results/HPC | More details]]
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(:cell align='center
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(:cellnr align='center':)%width=220px% http://www-sop.inria.fr/nachos/pics/results/UoB/antenna_array-mesh.jpg
(:cell align='center':)%width=160px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/Hx_view4.png
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(:cellnr align='center' width='10%':)%width=170px% http://www-sop.inria.fr/nachos/pics/results/new_headexp/tet+tel-1.jpg\\
%width=170px% http://www-sop.inria.fr/nachos/pics/results/new_headexp/E_peau-1.jpg
(:cell align='left' width='10%':)
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Realistic numerical modeling of microwave interaction \\
with biological tissues
[[Results/DGTD_bioem | More details]]
>><<
(
(:
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Realistic numerical modeling of microwave interaction \\
with biological tissues
[[Results/DGTD_bioem | More details]]
to:
(:cellnr align='center':)%width=170px% http://www-sop.inria.fr/nachos/pics/results/new_headexp/tet+tel-1.jpg %width=170px% http://www-sop.inria.fr/nachos/pics/results/new_headexp/E_peau-1.jpg
(:cell align='center':)
(:cellnr align='center':) Realistic numerical modeling of microwave interaction
(:cell align='center':)
(:cellnr align='center':) with biological tissues
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Numerical modeling of optical nanoantennas \\
[[Results/DGTD_optical-nanoantenna | More details]]
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Realistic numerical modeling of microwave interaction \\
with biological tissues using a DGDT method
[[Results/DGTD_bioem | More details]]
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with application to plasmonics \\
[[Results/DGTD_curvi]]
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Improving the geometrical apprixmation of \\
Improving the geometrical apprixmation of \\
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Hybrid cubic/tetrahedral DGTD method \\
Hybrid cubic/tetrahedral DGTD method \\
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with application to plasmonics
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Hybrid cubic/tetrahedral DGTD method \\
with application to light propagation \\
in a L-shaped waveguide composed of nanospheres
[[Results/DGTD_hybrid | More details]]
Hybrid cubic/tetrahedral DGTD method \\
with application to light propagation \\
in a L-shaped waveguide composed of nanospheres
[[Results/DGTD_hybrid | More details]]
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Improving the geometrical apprixmation of curvilinear structures in a high-order DGTD method for plasmonics. \\
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Improving the geometrical apprixmation of curvilinear structures in a high-order DGTD method for plasmonics \\
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Improving the geometrical apprixmation of curvilinear structures in a high-order DGTD method for plasmonics. \\
[[Results/DGTD_curvi | More details.]]
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%rfloat width=150px% http://www-sop.inria.fr/nachos/pics/results/nano_sphere/nano_sphere-mesh.jpg | [[Results/DGTD_curvi | Improving the geometrical apprixmation]] of curvilinear structures in a high-order DGTD method for plasmonics
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%rfloat width=150px% http://www-sop.inria.fr/nachos/pics/results/nano_sphere/nano_sphere-mesh.jpg | [[Results/DGTD_curvi | Improving the geometrical apprixmation]] of curvilinear structures in a high-order DGTD method for plasmonics
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Classical finite element methods rely on tessellations composed of straight-edged elements mapped linearly from a reference element, on domains which physical boundaries and interfaces are indifferently straight or curved. This approximation represents serious hindrance for high-order methods, since they limit the precision of the spatial discretization to second order. Thus, exploiting an enhanced representation of the physical geometry of a considered problem is in agreement with the natural procedure of high-order methods, such as the discontinuous Galerkin method. In the latter framework, we propose and validate an implementation of a high-order mapping for tetrahedra, and then focus on specific nanophotonics setups to assess the gains of the method in terms of memory and performances.
%lfloat text-align=center width=250px% http://www-sop.inria.fr/nachos/pics/results/nano_sphere/nano_sphere-mesh.jpg
Tetrahedral mesh for plasmonic resonance of a gold nanosphere. The scatterer (in red) is enclosed by the total field (TF) region (in blue), delimited by the TF/SF interface on which the incident field is imposed. Then we find the scattered field (SF) region (in purple), surrounded by UPMLs (in gray).
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Classical finite element methods rely on tessellations composed of straight-edged elements mapped linearly from a reference element, on domains which physical boundaries and interfaces are indifferently straight or curved. This approximation represents serious hindrance for high-order methods, since they limit the precision of the spatial discretization to second order. Thus, exploiting an enhanced representation of the physical geometry of a considered problem is in agreement with the natural procedure of high-order methods, such as the discontinuous Galerkin method. In the latter framework, we propose and validate an implementation of a high-order mapping for tetrahedra, and then focus on specific nanophotonics setups to assess the gains of the method in terms of memory and performances.
%lfloat text-align=center width=250px% http://www-sop.inria.fr/nachos/pics/results/nano_sphere/nano_sphere-mesh.jpg
Tetrahedral mesh for plasmonic resonance of a gold nanosphere. The scatterer (in red) is enclosed by the total field (TF) region (in blue), delimited by the TF/SF interface on which the incident field is imposed. Then we find the scattered field (SF) region (in purple), surrounded by UPMLs (in gray).
[[<<]]
%lfloat text-align=center width=250px% http://www-sop.inria.fr/nachos/pics/results/nano_sphere/nano_sphere-mesh.jpg
Tetrahedral mesh for plasmonic resonance of a gold nanosphere. The scatterer (in red) is enclosed by the total field (TF) region (in blue), delimited by the TF/SF interface on which the incident field is imposed. Then we find the scattered field (SF) region (in purple), surrounded by UPMLs (in gray).
[[<<]]
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[[Main/Results/DGTD_curvi | Improving the geometrical apprixmation of curvilinear structures in a high-order DGTD method for plasmionics]]
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%lfloat text-align=center width=250px% http://www-sop.inria.fr/nachos/pics/results/nano_sphere/nano_sphere-mesh.jpg
Tetrahedral mesh for plasmonic resonance of a gold nanosphere. The scatterer (in red) is enclosed by the total field (TF) region (in blue), delimited by the TF/SF interface on which the incident field is imposed. Then we find the scattered field (SF) region (in purple), surrounded by UPMLs (in gray).
[[<<]]
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[[Main/Results/DGTD_curvi | Improving the geometrical apprixmation of curvilinear structures in a high-order DGTD method for plasmionics]].
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Classical finite element methods rely on tessellations composed of straight-edged elements mapped linearly from a reference element, on domains which physical boundaries and interfaces are indifferently straight or curved. This approximation represents serious hindrance for high-order methods, since they limit the precision of the spatial discretization to second order. Thus, exploiting an enhanced representation of the physical geometry of a considered problem is in agreement with the natural procedure of high-order methods, such as the discontinuous Galerkin method. In the latter framework, we propose and validate an implementation of a high-order mapping for tetrahedra, and then focus on specific nanophotonics setups to assess the gains of the method in terms of memory and performances.
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Tetrahedral mesh for plasmonic resonance of a gold nanosphere. The scatterer (in red) is enclosed by the total field (TF) region (in blue), delimited by the TF/SF interface on which the incident field is imposed. Then we find the scattered field (SF) region (in purple), surrounded by UPMLs (in gray).
[[<<]]
Tetrahedral mesh for plasmonic resonance of a gold nanosphere. The scatterer (in red) is enclosed by the total field (TF) region (in blue), delimited by the TF/SF interface on which the incident field is imposed. Then we find the scattered field (SF) region (in purple), surrounded by UPMLs (in gray).
[[<<]]