[1] 苏屹,李柏洲.基于竞赛图法的区域科技创新能力评价研究[J].科研管理,2011,32(10): 27-35.
SuYi,Li Baizhou.The regional science and technology innovation capacity based on the tournament method[J].Research Science Management,2011, 32(10): 27-35.
[2] 匡海波,刘天寿,刘家国,邓顺江.基于PCA-TOPSIS的自ó区开放水平测度研究[J].科研管理, 2018,39(03):69-79.
KUANG Hai-bo, LIU Tianshou, LIU Jia-guo, Deng Shunjiang. Research on the open level of free trade zone based on PCA-TOPSIS[J]. Research Science Management, 2018,39(03):69-79.
[3] 李柏洲,苏屹.区域科技创新能力评价体系的优化及实证分析[J].情报杂志,2009,28(8): 80-83.
LI Baizhou,SU Yi.The Optimization and Empirical Analysis of Regional Technological Innovation Ability Evaluation System[J].Journal of Intelligence,2009, 28(8): 80-83.
[4] 汪晓梦.区域性技术创新政策绩效评价的实证研究——基于相关性和灰色关联分析的视角[J].科研管理,2014, 35(5): 38-43.
Wang Xiaomeng.An empirical study on performance evaluation of regional technology innovation policy——Based on perspective analysis of correlation and grey correlation [J]. Science Research Management,2014, 35(5): 38-43.
[5] ³继通.京津冀区域协同创新能力测度与评价——基于复合系统协同度模型[J].科技管理研究,2015,35(24): 165-170+176.
LU Jitong.Measurement and Evaluation of Beijing- Tianjin-Hebei Regional Collaborative Innovation Ability Based on Coordinating Measurement Model with respect to Composite System[J].Science and Technology Management Research, ,2015,35(24):165-170+176.
[6] 杨武,杨淼.基于科技创新驱动的我国经济发展与结构优化测度研究[J].软科学,2016,30(04):1-7+12.
YANG Wu,YANG Miao.Research on Economic Development and Structure Optimization of China Based on Technological Innovation-driven Soft Science, 2016,30(04):1-7+12.
[7] 李恒,杜德斌,肖刚.中国科技创新重心与经济重心的时空演变与对比分析[J].软科学, 2016, 30(04):8-12.
LI Heng,DU De-bin,XIAO Gang.Spatial and Temporal Evolution and Contrastive Research of S&T Innovation Gravity Center and Economic Gravity Center of China[J]. Soft Science,2016,30(04):8-12.
[8] 徐德生,穆东,长青.共生视角下ú炭资源型区域科技创新能力与经济发展协同性研究[J].科学管理研究,2016,34(04):64-67.
XU De-sheng, MU Dong, CHANG Qing. Research on scientific innovation ability and collaborative economic development in resource-oriented region with the view of coexistence[J].Scientific Management Research2016, 34(04): 64-67.
[9] 王业强,郭叶波,赵勇,胡浩.科技创新驱动区域协调发展:理论基础与中国实践[J].中国软科学,2017(11):86-100.
WANG Ye-qiang,GUO Ye-bo,ZHAO Yong,HU Hao.Coordinated Regional Development Driven by Scientific and Technological Innovation: Theoretical Basis and Chinese Practice[J]. China Soft Science,2017(11): 86-100
[10] 杨明海,张红霞,孙亚男,李倩倩.中国八大综合经济区科技创新能力的区域差距及其影响因素研究[J].数量经济技术经济研究,2018,35(04):3-19.
Yang Minghai,Zhang Hongxia, Sun Ya’nan,Li Qianqian.The Study of the Science and Technology Innovation Ability in Eight Comprehensive Economic Areas of China[J].The Journal of Quantitative & Technical Economics, 2018,35(04):3-19.
[11] 李哲,申玉铭,曾春水.中国省域科技创新模式及其时空演变[J].地理研究,2018, 37(06): 1223-1237.
LI Zhe, SHEN Yuming, ZENG Chunshui.Science and technology innovation patterns and their spatial and temporal evolution of provinces in China[J]. Geographical Research, 2018,37(06):1223-1237.
[12] 张公一,刘琳,孙丽.区域科技创新体系中信息资源整合模式与运行机制研究[J].情报科学,2012,30(07):985- 988+1053.
ZHANG Gong-yi, LIU Lin,SUN Li. Research on Mode and Operation Mechanism of Information Resource Integration in Regional Science and Technology Innovation System[J].Information Science,2012,30(07): 985- 988 +1053.
[13] BREIMAN L. Random forests [J].Machine Leaning,2001, 45 (1):5-32.
[14] 王瑛,王娜,肖薇.基于随机森林赋权和改进ELECTRE- III方法的科技奖励评价研究[J].湖南大学学报(自然科学版),2015,42(3):140-144.
WANG Ying,WANG Na,XIAO Wei. Research on the Evaluation of Science and Technology Award Based on Random Forest and Improved ELECTRE-III[J]. Journal of Hunan University (Natural Sciences),2015,42(3):140- 144.
[15] 何志红.多部竞赛图中的分量共轭圈与共轭圈[D].济南:山东大学博士论文,2007.
HE Zhihong. Component Conjugate Cycles and Conjugate Cycles in Multipartite Tournament Graphs[D].Jinan: Doctoral dissertation of Shandong University,2007.
[16] L.Volkmann and S.Winzen.Close to regular multipartite tournaments containing a Hamiltonian path[J].J.Comb. Math.Comb.Comp.,2004,(49):195-210.
[17] Y.Guo,J.H.Kwak.The cycle structure of regular multipartite tournaments[J].Discrete Appl. Math.,2002, (126): 107-114.
[18] L.Volkmann,Cycles of length fourth rough a given arc in almost regular multipartite tournaments[J].Arc Combin., 2003, (8):181-192.
[19] L.Volkmann,Hamiltonian paths containing a given arc in almost regular bipartite tournaments[J].Discrete Math., 2004, (285):359-364.
[20] L.Volkmann,S.Winzen,Cycles,through a given arc in almost regular multipartite tournaments [J].Anstralns.J. Combin.,2003,(27):223-245.
[21] L.Volkmann,S.Winzen,Cycles through a given arc and certain partite sets in almost regular multipartite tournaments[J].Discrete Math.,2004,(283):217-229.
[22] L.Volkmann,A. Yeo,Hamiltonian paths,containing a given path or collection of arcs,in close to regular multipartite tournaments[J]. Discrete Math.,2004,(281): 267-276.
[23] L.C.Bermond and C. Thonmssen: Cycles in digraphs-A survey[J].J. Graph Theory,1981,(5): 1-43.
[24] K.B.Reid,Tournaments: scores, kings,generalizations and special topics,in Surveys in Graph Theory[J].Congr., 1996,(115):171-211.
[25] L.Volkmann,Complementary cycles in regular multipartite tournaments,where one cycle has length four[J].Kyung-pook Math.,J.2004,(44):219-247.
[26] L.Volkmann,Complementary cycles in regular multipartite tournament[J]. Austral.J.Combin., 2005,(31):119-134.
[27] L.VolkmannL.All regular multipaxtite tournaments that are cycle complemenary[J].Discrete Math.,2004,(281): 255-266.
[28] M.Tewes,Almost all regular c-partite tournaments with c≥5 are vertex pan-cyclic [J].Discrete Math.,2002,(242): 201-228.
[29] 黄力伟,许品刚,王勤.求解多属性决策问题的竞争图法[J].运筹与管理,2007,16(2):19-23.
HUANG Li-wei, XU Pin-gang, WANG Qin. Tournament Graph Algorithm for Solving Multiple Attribute Decision Making Problems[J].Operation Research and Management Science,2007,16(2):19-23.
[30] 武春友,陈兴红,匡海波.基于Rough-DEMATEL的企业绿色增长模式影响因素识别[J].管理评论,2014,26(08): 74-81.
Wu Chunyou,Chen Xinghong, Kuang Haibo. Influencing factors Identification of Enterprise Green Growth Pattern Based on Rough-DEMATEL[J].Management Review, 2014,26(08): 74-81.