开放式知识交换路径的识别及网络效应分析—基于技术创新网络视角

发布时间：2018-06-18 19:37

本文选题：知识交换行为 + 路径识别方法　；参考：《科研管理》2017年12期

【摘要】：开放式知识交换是维系、协调技术创新网络(TIN)顺畅运转的核心要素,其路径构成及运行策略直接影响创新资源的配置及整合。从运行环境、个体行为、构成元素、交换规则等阐述知识交换路径的典型特征,提出互补-双边模式,模块化-多边模式及跨平台-混合模式三种路径的结构类型、群体定位及应用范围,进而揭示开放式知识交换路径的识别方法。采用Kalman-Filter模拟知识交换的全过程,给出状态转化的应用条件、识别规则及运行规律。利用MATLAB仿真及实证研究,验证路径识别模型的网络效应与TIN实际运行的吻合性,并在此基础上形成开放式知识网络的管理对策。实证结果表明,知识交换路径的运作效率及质量,有助于推进知识创新活动的开展及增值,提升TIN生态圈的良性循环与发展。
[Abstract]:Open knowledge exchange is the core element to maintain and coordinate the smooth operation of technological innovation network (TINs). Its path composition and operation strategy directly affect the allocation and integration of innovation resources. This paper expounds the typical characteristics of knowledge exchange path from the aspects of running environment, individual behavior, constituent elements and exchange rules, and puts forward three structural types of knowledge exchange path: complementary bilateral model, modularized multilateral model and cross-platform-mixed mode. Group location and application scope, and then reveal the open knowledge exchange path identification method. Kalman-Filter is used to simulate the whole process of knowledge exchange, and the application conditions, recognition rules and running rules of state transformation are given. MATLAB simulation and empirical research are used to verify that the network effect of the path recognition model is consistent with the actual operation of tin, and on this basis, the management countermeasures of open knowledge network are formed. The empirical results show that the operation efficiency and quality of knowledge exchange path is helpful to promote the development and increment of knowledge innovation activities and to promote the virtuous circle and development of tin ecological circle.
【作者单位】：哈尔滨理工大学管理学院;哈尔滨理工大学高新技术产业发展研究中心;
【基金】：国家自然科学基金项目“开放式知识网络与高技术服务模式创新:影响机理、动态耦合及路径选择”(项目编号71402041;起止时间2015.1-2017.12) 黑龙江省博士后科研启动基金“动态环境下知识传导行为与产业组织绩效的影响路径及演化机理”(项目编号LBH-Q11084;起止时间2012.12-2016.12) 国家留学基金委项目“Cross-functional Social Network Structure,Knowledge Dissemination and Organization Performance”(项目编号20143033;起止时间2015.3-2016.3)
【分类号】：F273.1

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