Enhanced MDRCR Algorithm for Image Defogging
While SSR and MSR algorithms show limited effectiveness on partially foggy images, the improved MDRCR method demonstrates significantly superior performance in haze removal applications.
Explore MATLAB source code curated for "SSR" with clean implementations, documentation, and examples.
While SSR and MSR algorithms show limited effectiveness on partially foggy images, the improved MDRCR method demonstrates significantly superior performance in haze removal applications.
This is a custom-developed template for retinex, SSR, and adaptive contrast enhancement algorithms in image processing, demonstrating significant effectiveness. It includes implementation approaches and parameter configurations to assist in your image processing projects.
The Retinex algorithm enables adaptive enhancement for various image types, offering superior adaptability compared to traditional single-method enhancement approaches. While conventional algorithms typically enhance only specific image features, Retinex achieves optimal balance in dynamic range compression, detail enhancement, and color correction through its multi-scale processing approach using Gaussian surround functions. Primarily applied in underwater image restoration, the algorithm's core implementation involves separating illumination and reflectance components through logarithmic operations and spatial filtering.
An introduction to SSR and MSR algorithms based on Retinex theory, along with customized enhancements and implementation approaches for image processing applications.
Decomposition of capacitor capacity into TCSC and FSC components, with establishment of a TCSC+FSC simulation model for SSR suppression. Simulations analyzed the effectiveness of TCSC+FSC in suppressing different SSR modes and the characteristics under various firing angles, implemented through MATLAB/Simulink environment with custom control logic blocks.
Analysis of TCSC’s influence on subsynchronous resonance bifurcations, including system modeling approaches and stability evaluation algorithms