General assembly of the Academy of Sciences of the Ukrainian SSR

Scientific Information

General assembly of the Academy of Sciences of the Ukrainian SSR     

微处理器保护系统的设计

为了保证平衡仪能够正常按照指令工作,当其处于非平衡位置时,需进行系统保护。成功采用了MCU微处理器,VHDL编程芯片进行控制。该电路设计系统包含了平衡仪、平衡仪动力系统、平衡仪驱动电路、上位机控制系统和保护电路。     

Intelligent engineering software research at the Tallinn Institute of Cybernetics

The Institute of Cybernetics of the Estonian Academy of Sciences is a centre for research in intelligent software, and applications of AI in engineering. One goal of the research is to develop intelligent software environments and expert system shells for workstations and personal computers which will be easy to use for engineering problems. A set of program packages has been developed for mechanical engineering as well as for electronics, using intelligent software systems MicroPRIZ and MicroEXPERT.     

A Comparison of the Bibliometric Indicators of Several Laboratories of a Scientific Institute of the Russian Academy of Sciences

Bibliometric studies using relevant databases are not only in demand in research institutes, universities, and libraries, but are also widely used in the management of science. A model of bibliometric analysis of the publication flow of specific laboratories is considered. Particular attention is paid to the results of the bibliometric analysis, which was carried out taking the developed criteria into account. The important role that is played by libraries in the dissemination of bibliometric data at the request of users is emphasized.     

Open Positions for One Hundred Talents Programs Institute of Computing Technology, Chinese Academy of Sciences

Institute of Computing Technology （ICT） is the first research institute in China focusing on computer science and engineering. ICT employs a strong research staff of 250 people, including 40 professors and 90 associate professors. More than 900 graduate students are enrolled at ICT, including 430 Ph.D. candidates. The major research fields include highperformance computing, CPU and other chips technology, network and digital technology, operating system, grid and services computing, knowledge processing, intelligent Internet software, information security, and bioinformatics. ICT is soliciting applications from top candidates in the following fields.     

面向对象的嵌入式系统电源管理模型

针对嵌入式系统的低功耗设计,提出一种面向对象的软件电源管理模型。在操作系统的基础上将相关API封装与扩展,抽象出操作系统电源管理类（OSPM）、CPU电源管理类（CPUPM）、设备驱动电源管理类（DDPM）、应用程序电源管理类（APM）。在操作系统层、驱动程序层、应用程序层之间形成电源管理接口,简化嵌入式系统电源管理的软件设计与维护。     

中国科学院广州分院、广东省科学院科技成果专利信息系统

文章阐述了建设网上科技成果信息系统的目的和必要性，结合中科院广州分院、广东省科学院成果管理的经验提出网上科技成果信息以及交易应有的功能摸块及关键技术，开发了一套实用管理系统信息模型，在实际中应用效果良好。     

Towards Excellence in Science Chinese Academy of Sciences

正May 26,2014,Beijing Science is a human enterprise in the pursuit of knowledge.The scientific revolution that occurred in the 17th Century initiated the advances of modern science.The scientific knowledge system created by human beings,the tremendous productivity brought about by science,and the spirit,methodologies and norms formulated in scientific practice since the 17th Century have long become essential elements of modern civilization.Today’s world is characterized by rapid knowledge expansion,an explosion of data and information and the globalization of economies.In these times,scientific excellence is an essential principle for transforming human thinking and ways of life.Furthermore,scientific discovery is a major driver of national prosperity and social and economic sustainable development.The strategic importance of scientific excellence to the overall wellbeing of a nation and to its     

Founding of the Chinese Academy of Sciences' Institute of Computing Technology

Computer science originated in the People's Republic of China in 1956 with the founding of the Chinese Academy of Sciences' Institute of Computing Technology. The Soviet Union, which played a pivotal role, gave the Chinese the opportunity to learn computer science by supplying components and describing the manufacturing process. The Soviets also helped solve key difficulties and trained workers     

中科院ARP项目实施风险研究

为保证中国科学院ARP项目的顺利实施,有效控制项目实施过程中的风险,总结了项目推进过程中的主要风险和应对策略.首先介绍了中科院ARP项目的概况和一期工程的不足之处,通过比较ERP和ARP的相同与不同,阐述了ARP主要思想和特征,总结了ERP开发过程中对ARP项目有重要借鉴作用的实践经验,如实施主体认识、咨询公司作用、积极风险管理态度和选择合适的系统等.在ERP常见的19种风险基础上,总结了ARP项目实施中的3种主要风险,给出了应对的策略和办法.