For problems not amenable for analytical solutions, an algorithm is developed to determine these parameters numerically.
For instance, an algorithm is developed to create a "perfect schedule" for each independent, balanced block.
Based on this analysis, an algorithm is developed to solve the problem numerically in its full generality.
Based on a fast integration technique, an algorithm is developed to assess the structural reliability of ship hulls efficiently.
Using this pairwise CNN, an algorithm is developed to perform the global alignment of two DNA sequences.
By resorting to the game theory approach, an algorithm is developed to obtain the controller gain at each sampling instant.
In this work, an algorithm is developed for propagating upstream errors in the thermochemical state, specifically, the temperature, into soot predictions downstream.
In this paper, an algorithm is developed for more realistic investigation of rotor-to-stator rubbing vibration, based on finite element theory with unilateral contact and friction conditions.
Based on this formulas, an algorithm is developed to determine iteratively the solutions of the Hamilton equations with a desired accuracy.
Within this structure, an algorithm is developed to solve the problem when solutions of the two models conflict with each other.
Furthermore, an algorithm is developed for data classification in distributed storage unit, and mathematical modeling is carried to analysis the data classification functionality in AV.
