In this chapter we compare two application domains in which the tracking of objects and the analysis of their movements are core activities, viz. animal tracking and vessel tracking. More specifically, we investigate whether EthoVision XT, a research tool for video tracking and analysis of the behavior, movement, and activities of animals in a laboratory setting, can be adapted and applied to the tracking and analysis of vessels in the maritime domain. The investigation involves a case study where EthoVision XT is used to detect vessels speeding in zones reserved for anchored vessels. A few important differences between animal tracking in a laboratory and vessel tracking at sea were observed while executing the case study. The maritime doma...
Coming from the framework of unmarked fry tracking, we compared the capacities, advantages, and disa...
Animal movement is one of the important phenotypes in animal research. A large number of small anima...
1. Information about at-depth behaviour of marine mammals is fundamental yet very hard to obtain fro...
The study of animal behaviour is a key area of biological research. Studying the deep underwater beh...
peer reviewedInitially developed so that an individual could be recognised in mark-recapture studies...
We present an integrated and multidisciplinary approach for analyzing the behavior of moving objects...
The interdisciplinary workshop ‘Analysis and Visualization of Moving Objects’ was held at the Lorent...
This thesis presents research on automated video analysis using computer vision systems, for analysi...
We present an integrated and multidisciplinary approach for analyzing the behavior of moving objects...
To make it easier for researchers to interpret data obtained from archival recording tags attached t...
Animal movement studies are conducted to monitor ecosystem health, understand ecological dynamics an...
We present an integrated and multidisciplinary approach for analyzing the behavior of moving objects...
Direct, underwater observation of marine mammals for extended time periods is technically infeasible...
Animal tracking has made significant technological progress in the last years with lighter, more cap...
BackgroundAcquiring high resolution quantitative behavioural data underwater often involves installa...
Coming from the framework of unmarked fry tracking, we compared the capacities, advantages, and disa...
Animal movement is one of the important phenotypes in animal research. A large number of small anima...
1. Information about at-depth behaviour of marine mammals is fundamental yet very hard to obtain fro...
The study of animal behaviour is a key area of biological research. Studying the deep underwater beh...
peer reviewedInitially developed so that an individual could be recognised in mark-recapture studies...
We present an integrated and multidisciplinary approach for analyzing the behavior of moving objects...
The interdisciplinary workshop ‘Analysis and Visualization of Moving Objects’ was held at the Lorent...
This thesis presents research on automated video analysis using computer vision systems, for analysi...
We present an integrated and multidisciplinary approach for analyzing the behavior of moving objects...
To make it easier for researchers to interpret data obtained from archival recording tags attached t...
Animal movement studies are conducted to monitor ecosystem health, understand ecological dynamics an...
We present an integrated and multidisciplinary approach for analyzing the behavior of moving objects...
Direct, underwater observation of marine mammals for extended time periods is technically infeasible...
Animal tracking has made significant technological progress in the last years with lighter, more cap...
BackgroundAcquiring high resolution quantitative behavioural data underwater often involves installa...
Coming from the framework of unmarked fry tracking, we compared the capacities, advantages, and disa...
Animal movement is one of the important phenotypes in animal research. A large number of small anima...
1. Information about at-depth behaviour of marine mammals is fundamental yet very hard to obtain fro...