This is your work, valued

San Jose

Kai Zhang

Elite
@Kai-46

Research Scientist at Adobe | PhD from Cornell University

nerfplusplus. improves over nerf in 360 capture of unbounded scenes

943

ARF-svox2. Artistic Radiance Fields

579

SatelliteSfM. A library for solving the satellite structure from motion problem

343

IRON. Inverse rendering by optimizing neural SDF and materials from photometric images

306

PhySG. Code for PhySG: Inverse Rendering with Spherical Gaussians for Physics-based Relighting and Material Editing

239

minFM. HTML

175

KnapFormer. Python

130

VisSatSatelliteStereo. This is the python interface for adapted COLMAP; you can run both SfM and MVS.

96

SatelliteNeRF. Python

83

ColmapForVisSat. Adapted COLMAP intended to work with satellite images

62

DepthSensingBeyondLiDARRange. Python

32

rpc_triangulation_solver. fast triangulation solver for the RPC model

25

SatelliteNeuS. Python

21

SatellitePlaneSweep. This implements plane sweep stereo for the satellite-based MVS.

14

VisSatToolSet. Tool set for the VisSat project

12

colmap_in_docker. install colmap in a docker

12

texture_mapping. simple texture mapping

11

DepthSensing. project website for "depth sensing beyond LiDAR range"

11

IRON-website. JavaScript

4

PhySG-website. PhySG: Inverse Rendering with Spherical Gaussians forPhysics-based Material Editing and Relighting

4

PhySG-adapted. Python

3

VisSat. project website for 'Leveraging Vision Reconstruction Pipelines for Satellite Imagery'

3

atlas. a texture atlas generator for the texture mapping project

2

sps-stereo. add some enhancement to 'siposcsaba89/sps-stereo'

2

CuMCubes. CUDA implementation of Marching Cubes for Python (Depends on torch)

2

Coursera-Machine-Learning. Here are the quiz answers and programming assignments' solutions for the course "Machine Learning" and five specializations in Coursera taught by Mr. Andrew Ng from Stanford University.

1

differentiable_volumetric_rendering. This repository contains the code for the CVPR 2020 paper "Differentiable Volumetric Rendering: Learning Implicit 3D Representations without 3D Supervision"

1

website. HTML

1

GTAVisionExport. Code to export full segmentations from GTA

1