International audienceBlooming of algae and more generally phytoplankton in water ponds or marine environments can lead to hyper eutrophication and lethal consequences on other organisms. The selective recognition of invading species is investigated by automatic recognition algorithms of optical and fluorescence imaging. On one hand, morphological characteristics of algae of microscopic imaging are treated. The image processing lead to the identification the genus of aquatic organisms and compared to a morphologic data base. On the other hand, fluorescence images allow an automatic recognition based on multispectral data that identify locally the ratio of different photosynthetic pigments and gives a unique finger print of algae. It is show...
Freshwater algae can be used as indicators to monitor freshwater ecosystem condition because algae r...
The deep ultraviolet fluorescence characteristics of several cyanobacteria and microalgae are analyz...
The main objective of this paper is detection, recognition, and abundance estimation of objects repr...
International audienceBlooming of algae and more generally phytoplankton in water ponds or marine en...
International audienceThe identification of phytoplankton is currently an important issue to prevent...
International audienceThe recognition of aquatic organisms plays a crucial role in the monitoring of...
We exploit a property of microalgae—that of their ability to autofluoresce when exposed to epifluore...
A good understanding of the population dynamics of algal communities is crucial in several ecologica...
Automated identification and quantification of algae in microscopic images is a tool that allows hig...
An automatic microscope scanning and recognition system on base of the Utermöhl method is developed ...
[Abstract] Water safety and quality can be compromised by the proliferation of toxin-producing phyt...
We present a new system for microscopic multicolour variable chlorophyll fluorescence imaging of aqu...
Freshwater algae can be used as indicators to monitor freshwater ecosystem condition because algae r...
The deep ultraviolet fluorescence characteristics of several cyanobacteria and microalgae are analyz...
The main objective of this paper is detection, recognition, and abundance estimation of objects repr...
International audienceBlooming of algae and more generally phytoplankton in water ponds or marine en...
International audienceThe identification of phytoplankton is currently an important issue to prevent...
International audienceThe recognition of aquatic organisms plays a crucial role in the monitoring of...
We exploit a property of microalgae—that of their ability to autofluoresce when exposed to epifluore...
A good understanding of the population dynamics of algal communities is crucial in several ecologica...
Automated identification and quantification of algae in microscopic images is a tool that allows hig...
An automatic microscope scanning and recognition system on base of the Utermöhl method is developed ...
[Abstract] Water safety and quality can be compromised by the proliferation of toxin-producing phyt...
We present a new system for microscopic multicolour variable chlorophyll fluorescence imaging of aqu...
Freshwater algae can be used as indicators to monitor freshwater ecosystem condition because algae r...
The deep ultraviolet fluorescence characteristics of several cyanobacteria and microalgae are analyz...
The main objective of this paper is detection, recognition, and abundance estimation of objects repr...