Application of parallel Newton interpolation in dew-point detection of low humidity area

On Newton interpolation has been studied theoretically deduced combination with parallel idea in this paper, to get an improved parallel-Newton interpolation. And it gives a speedup and efficiency theoretically. Finally put its application in the dew-point detection of low humidity area among the areas with low humidity environment, the capacitive dew-point sensors measure the frequency and the dew-point by showing the value of the non-linear relationship, parallel-Newton interpolation, the actual measured against a group of data have been calculated the traditional Newton-interpolation and the improved results of a parallel-Newton interpolation were compared, analysis of parallel speedup and efficiency of the method shows the superiority of the method and effectiveness. To provide a new approach, new ideas to solve the function problem, that does not facilitate the processing or computing.