Soltec has developed a new bifacial tracking algorithm to determine the optimal angle for solar trackers to maximize the production of specific bifacial modules in solar plants. The algorithm ...

A robust and computationally efficient object tracking algorithm is developed by incorporating various tracking techniques. Physical properties of the objects, such as brightness temperature or ...

Multi-target tracking algorithms and filters underpin a broad spectrum of modern sensing applications by providing robust methodologies to estimate the trajectories of multiple moving objects amid ...

This paper is the first attempt to document a simple convection-tracking method based on the IMERG precipitation product to generate an IMERG-based Convection Tracking (IMERG-CT) dataset. Up to now, ...

Eye tracking algorithms have become a cornerstone in understanding complex human visual behaviour by accurately classifying eye movements into distinct events such as fixations, saccades, smooth ...

A new solar tracker algorithm developed by PV Hardware USA may increase energy collection during overcast conditions, potentially by up to 20% on some days compared to traditional sun-tracking ...

Modern IRST (infrared sighting and tracking) sensors allow for the efficient tracking of an enemy target (in Italy, we have the excellent Skyward-G, developed by Selex Galileo). However, the problem ...

Topographic backtracking and irradiance-optimized tracking promise up to 5% increase in performance gain for developers seeking project financing The third-party validation improves opportunities ...

It’s about to get easier to catch and analyze a high-quality image of fast-moving molecules. Assistant Professor Ioannis Sgouralis, Department of Mathematics, and colleagues have developed an ...