论文部分内容阅读
将创新转型比作量子受激跃迁过程,结合创新转型演进特点,将创新转型的演进节点划分为5种状态:原始封闭状态、模仿状态、创新式模仿状态、模仿式创新状态、自主创新状态,并运用量子跃迁模型模拟创新转型的状态演进。当受到外界创新刺激因素的刺激足够时,便会诱发创新状态的跃迁,且跃迁概率由外界创新刺激因素的作用强度和时间共同决定。结果显示,可充分运用不同的外界刺激因素组合获得最佳创新转型效果。
In this paper, we compare the innovation transition with the process of quantum stimulated transition and divide the evolution nodes of innovation transformation into five states: the original closed state, the imitation state, the innovative imitation state, the imitative innovation state, the independent innovation state, And use quantum transition model to simulate the evolution of state transition. When stimulated by external innovation stimuli is sufficient, it will induce the transition of innovation state, and the probability of transition will be determined by the intensity and time of the external innovative stimuli. The results show that we can make full use of different combinations of external stimuli to obtain the best innovative transformation effect.