Abstract: This research constructed a performance evaluation index system including four first-class indexes and eleven second-class indexes. At the same time, genetic algorithm was used to optimize the consistency index of the traditional analytic hierarchy process, and a performance evaluation model of agricultural scientific and technological achievements transformation funds based on the improved analytic hierarchy process was constructed. The model was used to evaluate the transformation performance of agricultural scientific and technological achievements and the transformation performance of agricultural scientific and technological achievements in different technical fields. The results showed that the transformation process of agricultural scientific and technological achievements in China encountered bottlenecks, and the transformation efficiency of planting technology was the highest.

Key words: improve analytic hierarchy process, genetic algorithm, transformation of agricultural scientific and technological achievements