Noesis - Custom developments

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 an island and its glacier in order to study its surface using a satellite image.

Classification of land plots depending on their colour and the study of their surfaces using a satellite image.

From an aerial image, automatic segmentation of land parcels and supervised classification with Picaso software.

Detection of bubbles and their size distribution.

Overlapping particles: Détection automatique des particules qui se chevauchent en analysant leur enveloppe convexe.	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.

Measurement of grain size: Automatic joint detection, granulometric grain surface analysis, ASTM measurements.	Bubble size measurement: Identification, analysis and classification of bubbles in a material.
Carbide study: Identification, analysis and classification of bubbles in the matter.	Grain size measurement: Grain extraction and analysis.
Carbonate level: Measurement of the carbonate level in relation to the edge of the item.	Austenite-ferrite separation: Calculation of the proportion and surface of each phase (austenite and ferrite).
Study of inclusions: Identification of the different grains.	Inclusion studies: Segmentation and quantification of each element: sulphur, alumina, silicates and oxides.
Porosity study: Calculation of the porosity level of materials.	Z-Stack: Assembly of differently focused images in order to obtain a clear in-depth image.