structured subsystem meaning in English
结构化子系统
Examples
- A generalized blackboard structuring subsystem
：广义化黑板建构子系统 - Learning organization is a new form of organizations appeared with the increase of uncertainty of environment in the age of knowledge economy , it is still young and the research for it is not so embedded all - sided and systemic . the article focused on the leaning organization , based on the other scholars ' work on it , constructed a system model of leaning organization using the theory and method of system science , and designed every subsystems of leaning organization , especial the structure subsystem
学习型组织理论还是一个年轻的组织理论，学者们对它的研究还不够深入、全面和系统，本文以学习型组织理论为研究对象，系统的回顾了学习型组织的基本理论，利用系统科学的理论和方法分析了学习型组织的构成要素，构建了学习型组织的系统模型，并对各子系统进行了初步分析，特别对学习型组织的结构子系统进行了较为详细的分析设计。 - Subsequently , systematically introduces a cost control system of knit which is designed by the author independently and is adopted by knit . the system is based on the process of performing of abcm which is reconstructed in part one , and is composed of two basal subsystems , three performing subsystems and two sustaining subsystems . the former include organizational structure subsystem and institution subsystem
随后，系统地介绍了由作者独立设计完成，并已被红外公司采用的新的成本控制系统，该系统以重构后的abcm实施流程为基础，具体包括组织、制度两个基础子系统，分析、改进、计量与评价三个执行子系统，和信息、培训两个支持子系统在内。 - Third , this article analyses the elements of learning organization based on the summarization of system model established , using the theory and methods of the system science , differs the system of learning organization as 5 elements such as leaning , people , structure , knowledge , and technique , and establishes a system model of learning organization , based on above , the article designs every subsystems preparatory , especial the structure subsystem
接着，本文运用系统科学的理论和方法，分析了学习型组织的构成要素，将学习型组织系统分解为学习、人员、结构、知识和技术五个子系统，构建了学习型组织的系统模型，并对各子系统进行了初步分析，特别对学习型组织的结构子系统进行了较为详细的分析设计。 - Despite the different keystones which structural engineering and geotechnical engineering emphasize respectively in aseismatic interaction analysis of upper - lower parts under horizontal earthquake , that is inertial feedback interactions of the structure subsystem to the former or kinematic interactions of the pile - soil foundation subsystem to the latter , but the dual effects of soil fields must n ' t be ignored
在遭受水平地震作用时的上、下部相互作用的抗震设计中，结构工程与岩土工程对这一领域各自有所偏重，前者较为关注其上部结构的惯性反馈相互作用，而后者则更加关注的是其桩土基础子结构的刚体相互作用，但场地土在抗震工程中的双重作用均是不可忽视的。