Karl - Développeur Algorithm, software dev, machine vision, image processing, video codecs, C, C++, C#, Python, OpenCV, Halcon, Docker, Cloud computing

Algorithm and software engineer for computer vision
Dematic
Development of algorithms and software for the intelligent analysis of pallet
contents, particularly the detection of packaging crates. Extension to the
project from 2016. The pallets are to be built up in huge, fully robotized
warehouses such as they are used by companies like Amazon, Zalando,
Carrefour, Leclerc... The objective was to know at any moment where products
were being placed, their height and other dimensions as well as whether, for
instance, a product was not put up straight or had fallen into an oblique
position.
Contact-free positioning, 3D-Vision. Research-related work.
Visual Studio, C++ 20, HDevelop, MVTec Halcon C ++ API, 3D-Vision, Jira,
GitLab, git, multi-process, multi-tasking, software architecture, object-oriented
Research: Analysis of scientific papers, particularly w.r.t. segmentation
algorithm optimizations and 3D camera calibration
2 / 10

Algorithm and software engineer for intelligent image processing
Kunde anonym
Various tasks of designing and implementing algorithms and software for
medical image processing or data analysis.

Algorithm and software engineer

Development of image processing algorithms, refactoring and further
development of existing software for very high tech systems.

Algorithm and software engineer, image processing
Nela Neumeister GmbH
Development of software for visual quality control for high-speed test
machines. Design and development of algorithms for the visual analysis of test
objects. Localization and orientation determination of objects, identification and
classification of defects, GUI.

Algorithm and software engineer for intelligent image processing
DentsplySirona
Analysis, optimization and further development of existing algorithms for
processing 3D meshes. Real-time conditions. Multi-process, multi-threading.
Technical environment: Visual Studio 2015, C ++ (also 11 and 14),
PlasticSCM, CloudCompare, Log4View, algorithms for calculating and
optimizing 3D meshes and point clouds
Research: Analysis of scientific papers w.r.t. possible algorithm optimizations

Algorithm and software engineer for computer vision
Dallmeier
Development of image analysis algorithms for monitoring in different scenarios,
especially outdoor, night with significant weather influences.
Research-related work.

Development of a video-to-panorama software, panorama stitching.
First, development of an algorithm that combines a video sequence - as a
representative for a later live video stream - into a panorama image.
The processing takes place in two steps:
1. Estimation of the camera movement in real time, creation of a quick "tile"
image (tile image)
2. Global, i.e. over the entire sequence, corrected stitching (mosaicking)
The algorithm found is then to be ported to the embedded Freescale i.MX 6
target platform. The "end" software should - according to the current state - do
without a Halcon, i.e. the functions used were "recreated" in C ++ or C using
OpenCV.

Algorithm and software engineer for computer vision
Dematic
Development of algorithms and software for the intelligent analysis of pallet
contents, while retail products in boxes, bottles, cans, etc. were being piled up
for delivery to customers. The pallets were to be built up in huge, fully
robotized warehouses such as they are used by companies like Amazon,
Zalando, Carrefour, Leclerc...
The objective was to know at any moment where products were being placed,
their height and other dimensions as well as whether, for instance, a product
was not put up straight or had fallen into an oblique position.

Entwicklung von Algorithmen
und deren Implementierung auf
(embedded) Radar-Systemen für
die Automobilindustrie.
QA-C, IBM Rational Rhapsody,
PTC Integrity, winIDEA,
TASKING Compiler, Matlab,
Lotus Notes, Cygwin, Interne
(Software- und
Hardware-)Tools, Windows
(.bat/.cmd) und Linux (.sh)
Scripts

Algorithmen und
Tool-Entwicklung für die
industrielle Bildverarbeitung.
Finden und Identifizieren von
Objekten, kontaktfreies
Messen, etc. 2D und 3D

Technische Hilfsmittel:
Halcon, HDevelop, Python, MS
Excel, diverse Algorithmen der
Informatik und
6/2015 - laufend
Kunde anonym, Ostwestfalen
Entwicklung von Algorithmen
und deren Implementierung auf
(embedded) Radar-Systemen für
die Automobilindustrie.
QA-C, IBM Rational Rhapsody,
PTC Integrity, winIDEA,
TASKING Compiler, Matlab,
Lotus Notes, Cygwin, Interne
(Software- und
Hardware-)Tools, Windows
(.bat/.cmd) und Linux (.sh)
Scripts