python prediction application
Budget: €3,000 – €5,000 EUR
We are currently developing a prediction application in Python, which analyzes and informs pesticides and pesticide residues on vegetables, which are still detectable after a certain time.
Now we are looking for a Python developer with enough experience to help us with this project.
Requirement:
- Creative thinking and work
- Python experience 4+ years
Also, we are asking for the solution of the following 2 tasks:
( The goal is to tackle these on a conceptual level.
Perfect solutions/ production ready code is not required
Since the focus is on discussion and conceptualization, we recommend: jupyter notebooks )
1. 3d Ground Classification
2. Weld Defect Detection
1: We provide a 3 aerial LIDAR scan (input.las)
The goal is to classify ground points.
The aim is not 100% accuracy or Deep Learning based approaches, a “quick and dirty” solution suffices.
Recommended tools:
Point cloud processing
- Laspy
- Pdal
- Scikit
Visualization
- Potree
- Pptk
- Open3d
- CloudCompare
2. The goal is to use (unsupervised) image segmentation to locate possible defects in x-ray scans of weld.
Possible Tools:
OpenCV
CGAL
Sklearn.Cluster
The Use Case is to provide to aid to a human labelling or a weld scan review:
The defects are the black cracks and blobs in the grey weld
100% accuracy not required.§It suffices to provide hints “where to look”
weld image: files attached
lidar: https://we.tl/t-w1sgSaLEUV
Now we are looking for a Python developer with enough experience to help us with this project.
Requirement:
- Creative thinking and work
- Python experience 4+ years
Also, we are asking for the solution of the following 2 tasks:
( The goal is to tackle these on a conceptual level.
Perfect solutions/ production ready code is not required
Since the focus is on discussion and conceptualization, we recommend: jupyter notebooks )
1. 3d Ground Classification
2. Weld Defect Detection
1: We provide a 3 aerial LIDAR scan (input.las)
The goal is to classify ground points.
The aim is not 100% accuracy or Deep Learning based approaches, a “quick and dirty” solution suffices.
Recommended tools:
Point cloud processing
- Laspy
- Pdal
- Scikit
Visualization
- Potree
- Pptk
- Open3d
- CloudCompare
2. The goal is to use (unsupervised) image segmentation to locate possible defects in x-ray scans of weld.
Possible Tools:
OpenCV
CGAL
Sklearn.Cluster
The Use Case is to provide to aid to a human labelling or a weld scan review:
The defects are the black cracks and blobs in the grey weld
100% accuracy not required.§It suffices to provide hints “where to look”
weld image: files attached
lidar: https://we.tl/t-w1sgSaLEUV