Research on the synergistic development and operation mechanism of vocational education and innovative development concepts in universities based on a separate equilibrium game model.

Abstract

Using a separating equilibrium game model, this paper defines the ratio of cooperators to total individuals for the level of school-enterprise cooperation. We use Bayes’ rule to modify the strategy type and solve the vocational education discrete problem by describing the set of six tuples in the separating equilibrium game model under incomplete information. Transforming the vectors in the symmetric positive definite matrix into complementary linear vectors, it is found that the level of cooperation in the split equilibrium game model increases by about 45%. The reorganization, of course, teaching content in higher education according to the split equilibrium game model can effectively mobilize the learning enthusiasm of most students and provide new ideas for the innovative development of the higher education business.

Keywords

• separating equilibrium games
• six-tuple sets
• bayes’ rule
• discrete problems
• linear complementarity
• 97d60