sihan-shao

sihan-shao's Stars

• RayTracing/raytracing.github.io

  Main Web Site (Online Books)

  Language:HTML8.7k856

• Linusnie/blender-plots

  Python library for making 3D plots with blender

  Language:Python1665

• deyh2020/meep-diffraction-simulation

  This is a simulation project I created which simulation a diffraction slit in meep

  1

• NanoComp/meep

  free finite-difference time-domain (FDTD) software for electromagnetic simulations

  Language:C++1.2k618

• carlogigli/MaxwellNet

  A physics driven neural network to perform finite difference frequency domain electromagnetic simulations

  Language:Jupyter Notebook74

• aocg-ucm/diffractio

  Diffractio is a Python library for Diffraction and Interference Optics.

  Language:Python83

• princeton-computational-imaging/RadarFields

  Frequency-Space Neural Scene Representations for FMCW Radar

  Language:Python181

• sowang46/mmWave-V2X-3D-ray-tracing

  3D ray-tracing source code for M3 mmWave V2X testbed project

  Language:MATLAB103

• seemoo-lab/mmTrace

  mmTrace: Millimeter Wave Propagation Simulation

  Language:Matlab4027

• microsoft/AutoMS

  Automated Optimization of mmWave Coverage using Low-cost Metasurfaces

  Language:C++151

• Asixa/RF-Genesis

  RF Genesis: Zero-Shot Generalization of mmWave Sensing through Simulation-Based Data Synthesis and Generative Diffusion Models (SenSys'23)

  Language:Python524

• JaydenG1019/HawkEye-Data-Code

  Language:MATLAB4819

• jvanvugt/pytorch-domain-adaptation

  A collection of implementations of adversarial domain adaptation algorithms

  Language:Python606107

• dongyeon93/holographic-parallax

  Source code of 'Holographic Parallax Improves 3D Perceptual Realism' (SIGGRAPH 2024)

  Language:Python72

• ingra14m/Awesome-Inverse-Rendering

  A collection of papers on neural field-based inverse rendering.

  1364

• ShiArthur03/ShiArthur03

  Language:MATLAB10.4k1.9k

• facebookresearch/Khronos.jl

  A GPU-accelerated, differentiable, Maxwell FDTD solver

  Language:Julia467

• garrettj403/SciencePlots

  Matplotlib styles for scientific plotting

  Language:Python7k708

• tianjuxue/jax-am

  Additive manufacturing simulation with JAX.

  Language:Jupyter Notebook25856

• artificial-scientist-lab/XLuminA

  XLuminA, a highly-efficient, auto-differentiating discovery framework for super-resolution microscopy.

  Language:Python191

• fancompute/legume

  🌱 Guided-mode expansion of photonic crystal slabs

  Language:Python10427

• NelisW/ComputationalRadiometry

  Notebooks to go with pyradi module for computational radiometry

  Language:Jupyter Notebook4319

• DeanHazineh/Multi-Image-Synthesis

  The code repository for the 2023 ICCP Paper: Polarization Multi-Image Synthesis with Birefringent Metasurfaces

  Language:Python133

• computational-imaging/holographic-AR-glasses

  Language:Python637

• THUHoloLab/perceptural-phase-retrieval

  61

• looninho/CUDAEBL

  Use CUDA for eBeam Lithography Simulation

  Language:Python112

• Ethan-Tseng/Neural_Etendue_Expander

  Language:Jupyter Notebook92

• chromatix-team/chromatix

  Differentiable wave optics using JAX! Documentation can be found at https://chromatix.readthedocs.io

  Language:Python7012

• singer-yang/DeepLens

  DeepLens: a differentiable ray-tracer for computational lens design.

  Language:Python11016

• simos421/CST-MATLAB-API

  CST-MATLAB-API

  Language:Matlab20558