The phrase "analysis method to solve" is not entirely correct and may be unclear in written English.
It can be used when discussing a specific approach or technique for analyzing data or problems, but it would benefit from additional context or rephrasing for clarity.
Example: "We need to determine the best analysis method to solve the complex data set we are working with."
Alternatives: "analytical approach to resolve" or "method of analysis for solving".
This paper presents a parameter analysis method to solve the parameter uncertainty problem for hybrid system and explore the correlation of key parameters for distributed control system.
A new design and analysis method to solve the problem of adaptive control is developed to guarantee that not only all the state vectors of the closed-loop system are asymptotically stable in the mean square sense, but also unknown parameters are finite in probability.
In this paper, we use the homotopy analysis method to solve the problem.
Hashim et al. [37] employed the homotopy analysis method to solve some fractional initial value problems (fIVPs).
Turkyilmazoglu [13] used the homotopy analysis method to solve the equations governing the flow of a steady, laminar, incompressible, viscous, and electrically conducting fluid due to a rotating disk subjected to a uniform suction and injection through the walls in the presence of a uniform transverse magnetic field.
This article, by extending the method, proposes a time-dependent concentration interval analysis (CIA) method to solve the problems associated with the synthesis of discontinuous or batch water-using systems involving both non-mass-transfer-based and mass-transfer-based operation.
Scene analysis is an effective method to solve stochastic problems.
FE analysis is a numerical method to solve differential equations by discretization of the shape of complicated domains into a finite number of well-defined elements.
This paper proposes a new hybrid MCDM method using design of experiment (DoE) and grey relational analysis (GRA), called DoE-GRA method, to solve this kind of problem.
In the numerical analysis, we used interior point method to solve this sub-problem.
Employing modal superposition method to solve harmonic analysis problem yields an efficient sparse gPC expansion representing the responses.
