基于资源调控理论的军民科技协同创新平台建设研究
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摘要
建设军民科技协同创新平台是践行创新驱动发展战略、军民融合发展战略与科技强军战略的重要举措。平台的一项重要目标就是激发潜在协同创新主体间的协同意愿并提高预期协同效益,以此促进协同创新活动顺利开展。基于资源调控理论的军民科技协同创新平台利用自身搭建的大数据信息系统计算出最优资源配置方案,自主高效地为潜在协同创新主体提供最佳配置资源的各项参考指标,以此为依据调整与控制协同创新主体所拥有的各项资源。建设基于资源调控理论的军民科技协同创新平台能够有效提高平台工作效率、优化资源配置,激发潜在协同创新主体间的合作意愿,提高协同合作成功率。
Building a platform for civil-military science and technology collaborative innovation is an important measure to implement the strategy of innovation-driven development, the strategy of civil-military integration and the strategy of strengthening the army by science and technology. The important goal of the platform is to improve the synergy willingness and expected synergy benefits among potential collaborative innovation entities, and to promote the smooth development of collaborative innovation activities. Collaborative innovation platform can use the large data information system built by it-self to calculate the optimal allocation of resources, independently and efficiently provide the potential collaborative innovation subject with the reference indicators of how to optimize the allocation of resources, and adjust and control the resources owned by the collaborative innovation subject. The construction of civil-military science and Technology Collaborative Innovation Platform Based on resource regulation theory can effectively improve the efficiency of the platform, optimize the allocation of resources, stimulate the cooperation intention among potential collaborative innovation subjects, and improve the success rate of collaborative cooperation.
Building a platform for civil-military science and technology collaborative innovation is an important measure to implement the strategy of innovation-driven development, the strategy of civil-military integration and the strategy of strengthening the army by science and technology. The important goal of the platform is to improve the synergy willingness and expected synergy benefits among potential collaborative innovation entities, and to promote the smooth development of collaborative innovation activities. Collaborative innovation platform can use the large data information system built by it-self to calculate the optimal allocation of resources, independently and efficiently provide the potential collaborative innovation subject with the reference indicators of how to optimize the allocation of resources, and adjust and control the resources owned by the collaborative innovation subject. The construction of civil-military science and Technology Collaborative Innovation Platform Based on resource regulation theory can effectively improve the efficiency of the platform, optimize the allocation of resources, stimulate the cooperation intention among potential collaborative innovation subjects, and improve the success rate of collaborative cooperation.
引文
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[3] 胡德鑫,郭哲.美国科学技术中心协同创新模式研究与启示[J].科技进步与对策,2016(13):1-5.
[4] 范慧明,邹晓东,吴伟.美国的协同创新中心发展模式探析-I/UCRC的经验与启示[J].高等工程教育研究,2014(5):153-158.
[5] 彭纪生,吴林海.论技术协同创新模式及建构[J].研究发展管理,2000(5):12-16.
[6] 李林,刘志华,王雨婧.区域科技协同创新绩效评价[J].系统管理学报,2015(4):563-568.
[7] 王伟海,罗敏.军民融合创新体系的战略框架[J].开放导报,2018(4):15-18.
[8] 徐辉,许嵩.军民融合深度发展的科技协同创新体系研究[J].科技进步与对策,2015(18):104-108.
[9] 杨泽寰.科技协同创新平台运行绩效评价指标体系与方法研究[D].长沙:湖南大学,2014.
[10] 王海军,张悦.企业模块化协同创新及网络化资源管理:基于海尔的探索性研究[J].科技进步与对策,2018(21):97-105.
[11] 张影辉.高端装备制造业科技协同创新机制及评价研究[J].现代商业,2018(9):84-85.
[12] 周永根.科技计划与科技标准协同创新模式研究[J].科技进步与对策,2018(14):108-112.
[13] 方正起.军事资源配置论[M].北京:解放军出版社,2016.