In this paper, we propose a fast and robust hybrid method of super-resolution and demosaicing, based on a maximum a posteriori (MAP) estimation technique by minimizing a multi-term cost function.
In this paper, we propose a fast and robust hybrid method of super-resolution and demosaicing, based on a maximum a posteron estimation technique by minimizing a multiterm cost function.
Our main results are presented and proved in Sections 3 and 4. In Section 3, we obtain some sufficient conditions for nonexistence, existence and uniqueness of positive equilibriums to (1.2) by employing the method of super-sub solutions.
By employing the method of super-sub solutions, combined with the careful analysis for (rho eta,x,y)), they proved nonexistence, existence and uniqueness of positive equilibriums to (1.5).
By employing the method of super-sub solution, combined with the careful analysis for (rho eta,x,y)), they obtained some sufficient conditions for nonexistence, existence and uniqueness of positive equilibriums [4].
In particular, developed is a technique that combines the method of super-sub solutions, the variation-of-constants formula for the delay differential equation and the estimation of integral kernels, which enables us to obtain some sufficient conditions for the global attractiveness of the unique positive steady state for (1.1).
In Section 4, developed is a technique that combines the method of super-sub solutions, the variation-of-constants formula for the delay differential equation and the estimation of integral kernels, which enables us to obtain some sufficient conditions for the global attractivity of the unique positive equilibrium.
In particular, developed is a technique that combines the method of super-sub solutions, the variation-of-constants formula for the delay differential equation and the estimation of integral kernels, which enables us to obtain some sufficient conditions for the global attractiveness of the unique positive equilibrium.
The mitochondrial fraction was isolated with a very selective extraction method consisting of super paramagnetic microbeads conjugated to an outer membrane protein antibody.
While the most common methods of super-localized position estimation ensure high localization precision, they might not always ensure high accuracy.
