In this paper a new system for large volume plankton monitoring system is presented. It is based on visual analysis of small particles immersed in a water flux.
In this paper a new system for large volume plankton monitoring system is presented. It is based on visual analysis of small particles immersed in a water flux.
Aug 17, 2015 · Here we present a novel method based on the visual rhythm (VR) approach to detect particles in fluidic systems through imaging techniques. It ...
In this paper a new system for large volume plankton monitoring system is presented. It is based on visual analysis of small particles immersed in a water flux.
On the other hand, the VR-based method was designed for continuous operation as part of an environmental monitor- ing system scanning the entire imaging volume.
Targets detection is performed using a Visual Rhythm-based method which greatly accelerates the processing time and allows higher volume throughput. The ...
Performed tests demonstrated that the VR-based approach is faster and much more precise for plankton detection and segmentation (accuracy above 96% and ...
Oct 30, 2024 · The main objective was to detect and count planktonic microorganisms using the Visual Rhythm of the video records during ballast water ...
Missing: Continuous | Show results with:Continuous
Sep 3, 2022 · Abstract. The paper presents a diagnostic complex for plankton studies using the miniDHC (digital holographic camera).
Visual rhythm-based method for continuous plankton monitoring (2013). Authors: Matuszewski, Damian Janusz · Lopes, Rubens Mendes · César Júnior, Roberto ...