Publicado en 3C Tecnología. Edición Especial/Special Issue – Noviembre/November 2021
Autores
Resumen
As light attenuate when disseminating in water, descriptions confined beneath water is generally corrupted towards varying degrees. An acquired image underneath water gets degraded due to optical properties of light in water. First, we describe optical behaviour of light in ocean due to which acquired images gets degraded. However, due to degradation of observed picture, conventional forms are not correct enough for faithful reconstruction. So, to improve the perception, we intend a Non-Locally Centralized Method (NLCM) for deblurring underwater descriptions. Later by considering characteristic of light propagation, we propose Gradient Guided Filter (GGF) method for improving the visibility of picture details. Finally, the image is well enhanced by Hybrid technique called Non- locally centralized gradient guided filter (NLCM-GGF). Tentative outcome demonstrates that proposed technique produces improved results than several conventional techniques together in quality metrics and visual evaluation.
Artículo
Palabras clave
Underwater Image Processing, Deblurring, Edge preserving filters.Articulos relacionados
- Improved result of TSV and Slew aware 3D Gated Clock Tree Synthesis using charge recycling configuration
- An efficient Hybrid Active Power Filter (H-APF) for harmonic mitigation using compensation techniques
- IoT based vital signs monitoring system for human beings
- ADHAAR: A reliable Data Hiding techniques with (NNP2) Algorithmic Approach using X-ray images
- Identification of drivers drowsiness based on features extracted from EEG signal using SVM classifier
- A compact ultra-wide band patch antenna using defected ground structure
- Design of reconfigurable MEMS-PLL for high end turning circuits
- Energy efficient design of EHF-5G antennas with enhanced bandwidth for navigation satellite applications
- Encrypted fusion of face and iris biometrics
- Assessment and measurement of vital signs of human beings using IoT architecture