科技进步与对策
科技進步與對策
과기진보여대책
Science & Technology Progress and Policy
2013年
11期
25~28
,共null页
产学研 合作网络 均衡性 有效性
產學研 閤作網絡 均衡性 有效性
산학연 합작망락 균형성 유효성
University-Industry Research Cooperation; Cooperation Networks; Balance; Effectiveness
在产学研合作中,由于合作网络拓扑结构的不同,产学研合作的各主体收益和总体收益也不一样。采用纳什均衡博弈和图论相结合的方法,构建网络拓扑图,图形中圆圈为各参与主体、边为各主体与其它主体的合作关系、收益函数为其效用函数,展开合作网络的均衡性和有效性分析。研究发现:均衡性方面,在线性收益函数条件下,纳什均衡网络或者是完全不连通网络,或者是最小连通网络,并分析得到了产学研合作网络符合严格纳什均衡网络所需满足的参数条件;有效性方面,在线性收益函数条件下,有效性网络也或者是完全不连通网络,或者是最小连通网络,并满足有效性网络所需的参数条件;通过比较纳什均衡网络和有效性网络的参数条件,归纳出3种不同情况。
在產學研閤作中,由于閤作網絡拓撲結構的不同,產學研閤作的各主體收益和總體收益也不一樣。採用納什均衡博弈和圖論相結閤的方法,構建網絡拓撲圖,圖形中圓圈為各參與主體、邊為各主體與其它主體的閤作關繫、收益函數為其效用函數,展開閤作網絡的均衡性和有效性分析。研究髮現:均衡性方麵,在線性收益函數條件下,納什均衡網絡或者是完全不連通網絡,或者是最小連通網絡,併分析得到瞭產學研閤作網絡符閤嚴格納什均衡網絡所需滿足的參數條件;有效性方麵,在線性收益函數條件下,有效性網絡也或者是完全不連通網絡,或者是最小連通網絡,併滿足有效性網絡所需的參數條件;通過比較納什均衡網絡和有效性網絡的參數條件,歸納齣3種不同情況。
재산학연합작중,유우합작망락탁복결구적불동,산학연합작적각주체수익화총체수익야불일양。채용납십균형박혁화도론상결합적방법,구건망락탁복도,도형중원권위각삼여주체、변위각주체여기타주체적합작관계、수익함수위기효용함수,전개합작망락적균형성화유효성분석。연구발현:균형성방면,재선성수익함수조건하,납십균형망락혹자시완전불련통망락,혹자시최소련통망락,병분석득도료산학연합작망락부합엄격납십균형망락소수만족적삼수조건;유효성방면,재선성수익함수조건하,유효성망락야혹자시완전불련통망락,혹자시최소련통망락,병만족유효성망락소수적삼수조건;통과비교납십균형망락화유효성망락적삼수조건,귀납출3충불동정황。
In the process of cooperation's research, because of the network topology of cooperation, the agent's benefits and the overall benefits of cooperation's research are not the same. this paper applies graph theory and Nash equilibrium game to build the figure in the circle for the agents and the edges in the graph for each of the options and the revenue function as its utility function, expand the cooperation network balance and effectiveness analysis. The study shows that in equilibri- um, under the conditions of the type of linear function Nash equilibrium is completely connected network or completely un- connected network and also finds the strict Nash equilibrium of the completely connected network parameters to meet the conditions required; in effectiveness, under the conditions of the type of linear function Nash equilibrium is completely con- nected network or completely unconnected network and also finds the strict Nash equilibrium of the completely connected network parameters to meet the conditions required; Nash equilibrium by comparing the effectiveness of the network pa- rameters of the network conditions and identifies the three different situations.