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Title |
New Innovative Technique that Determines Obstacles Remotely: Tsounami Waves, Thanks to the Processing, Analysis and Reconstruction of Two-Dimensional 2D Digital Images, Using Benzzoubzir-Laguerre or Legendree Orthogonal Moments, in Real Time via Server Co |
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Author |
S. Benzzoubeir |
| Citation |
Vol. 26 No. 6 pp. 1-8 |
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Abstract |
This article will add to the more developed field of ICT (Information, Communication and Technology) and applied mathematics, new creative approaches applied for the first time to the field of 2D digital image processing. The first invention relates to the creation of a new technique for processing, analyzing, and reconstructing two-dimensional (2D) digital images. Experimental results conclusively demonstrate the effectiveness of this new contribution, characterized by the presence of a large number of orders (n=p+q) that yields all reconstructed stages of the digital images, along with a remarkable convergence of reconstruction errors, regardless of the order values used. This contrasts with older methods, where reconstruction or analysis was either impossible or possible only with a limited number of orders (n=p+q) and error divergence. The second invention relates to the creation of a new automated process running on a server accessible to multiple computers. Each computer is connected to a camera to signal the presence of tsunami waves, thanks to fast and efficient computer procedures. The field of invention relates more particularly to the processing, analysis, and reconstruction of two-dimensional (2D) digital images using Benzzoubeir-Laguerre or Legendre orthogonal moments in real time, to determine obstacles remotely: tsunami waves, a connection from a server accessible to several computers linked to cameras. |
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Keywords |
New Innovative Technique, Tsounami Waves, Digital Images, Benzzoubzir-Laguerre, Legendree Orthogonal Moments, Server Connection |
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