Key Features for analysis auto |
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 Particle detection
Process automation
Image sequence processing
Morphological filters
Regions of interest (ROI) |
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Morphological filters
Morphological filters are for solving typical image analysis tasks such as detection of objects/particles within binary images. Sometimes a particle is split up via binarisation and thus unintentionally interpreted as two particles. Or there may be cases where adjacent particles have to be separated. The procedures used for these processes are based on morphological filters. Rectangular and hexagonal lattices are supported by analySIS auto. Erosion (removal of object pixels) and dilatation as well as combinations and modifications thereof are the primary morphological filtering procedures.
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Particle analysis to suit your specific needs exactly
The analySIS auto functions offer easy, fast and flexible image evaluation. High-performance particle detection is applicable to both black and white and colour images. Particles can be analysed within entire images or within specific image segments – referred to as ROIs (Regions of Interest). There are various ways for treating particles occurring in border regions (clipping, inclusion, non-inclusion). Any alteration to detection settings is implemented immediately and displayed. Detection can involve additional filtering according to various particle criteria also. Setting specific filters for multiple particle parameters involves connecting them logically with an AND operator. All particle parameters are clearly explained via images and texts. Users may also define their own particle parameters.
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Easy access to data of individual particles
All analysis results are displayed in sheets. These sheets may include detection results such as particle data, class data and/or ROI-related particle data. Every detected object has its own sheet line containing the corresponding results. A cleverly designed particle and sheet management function enables users to selectively analyse data and objects. As each particle has its own sheet line, users can easily identify particles via the corresponding sheet line or vice versa (via the particle within the image).
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Automate process workflows
analySIS auto supports automated process sequences. These are defined via the integrated "Automater" which requires no programming. Entire sequences are supported – specimen positioning, focusing, image acquisition, image prep and evaluation, data results and archiving. Recurring tasks can then be run at a mere press of a button.
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analysis auto related Application Report |
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