In addition to its Visilog software, Noesis makes its image processing skills available for you. Thus, using Visilog Xpert or Visilog Toolkit, Noesis can meet specific needs going from a basic function to the complete development of algorithms and interfaces for an application meeting your specifications.
You will thus have a made-to-measure system both from a functional and ergonomic point of view.
Select the field of application:
Cell division:
Detection and monitoring of bacteria while and after they divide.
Atlas synchronisation:
Tool used to place an atlas on a histological slice and make measurements.
Muscle fibre analysis:
Measurement of the amount of dark fibres and calculation of the equivalent diameters. Counting, morphological analysis, radiometric analysis, diameter histogram.
Isolation of a glacier:
Isolation of an island and its glacier in order to study its surface using a satellite image.
Classification of land plots:
Classification of land plots depending on their colour and the study of their surfaces using a satellite image.
Supervised cartographic classification :
From an aerial image, automatic segmentation of land parcels and supervised classification with Picaso software.
Distribution of bubble size:
Detection of bubbles and their size distribution.
Combination of a stack of images :
Image deblur using different focalisations.
Automatic d'objet tracking :
Automatic object detection from a sequence.
Image abutment :
Build a unique image from two images and a common area.
Shading correction :
Minimize light defaults using a ahading correction algorithm.
Registration :
Registraton of 2D images from a common static area.
Overlapping particles:
Automatic particles detection of overlapping particles, by convex hull analysis.
3D Analysis:
3D Analysis of a concrete block (needs the 3D key).
Analysis of a faulty deposit:
Analysis of a faulty deposit of material on the edge of a wafer.
Detection of horizontal and vertical lines:
Detection of horizontal and vertical lines and analysis of their lengths.
Detection of dark objects:
Detection and measurement of dark objects.
Fibre analysis:
Determination of fibre orientation in different areas of the image.
Analysis following laser processing:
Analysis of material having undergone laser processing.
Colorimetric analysis:
Detection of yellow grains amongst white grains.
Pollution deposit:
Calculation of the characteristics of a pollution deposit on a polymer using polygonal approximation.
Analysis of banana ripening:
Study of a cross section of a banana. Detection of the skin and measurement of its thickness in order to determine how ripe it is.
Kibble analysis:
Study of kibble structure highlighting the cavities in its structure.
Root analysis:
Segmentation and measurement of the main and secondary roots.
Bread analysis:
Detection and granulometric study of the cavities in a slice of bread.
Bone Mineral Measurement:
Calibration of BMD images using µ-CT images of the phantom.
Location of blood vessels:
Location of blood vessels in two images: before and after administration of the treatment under study.
Fibrosis segmentation:
Fibrosis segmentation and calculation of the fibrosis/image surface ratio.
Study of a reaction matrix:
Identification of the boxes in a reaction grid and analysis of each reaction.