知识经济时代图书馆管理创新

21世纪是知识经济时代,在这一时代图书馆应积极实施知识管理,提高为用户服务的水平,而实施有效的知识管理就要求图书馆创新原有的服务理念、人力资源管理、组织结构、学习方式.     

基于Wiki的协作创新与知识转化

分析了国内外Wiki的研究现状以及Wiki条件下学术领域专家团队系统的形成,探讨了学术领域专家群体进行学术交流活动的协同创新理论,提出了Wiki条件下的知识转化模型。     

谈知识经济时代的管理会计创新

管理会计学具有研究对象多取自企业内部、与企业战略高度符合,与其他管理深度符合、与其他学科相结合的特点.管理会计学在知识经济时代为提高企业经营的管理水平,提高效益水平,发挥了越来越重要的作用.其发展创新主要有观念创新、研究方式方法创新、工作的组织架构创新.海尔集团管理会计创新带来企业经济效益提高的案例,说明管理会计创新对企业发展具有重要的意义.     

图书馆知识管理中隐性知识显性化问题研究

 

阐述了图书馆知识管理和隐性知识特点，并探讨了图书馆知识管理中促使隐性知识显性化有效途径。

     

Blog,知识共享与个人知识管理

本文介绍了Blog的知识和背景及功能和影响,并阐述了其发挥知识共享功能对人类的影响,同时指出了其作为个人知识管理平台应用的前景和效能。     

图书馆知识创新初探

文章从知识创新的概念、图书馆知识创新的必要性及内容等方面进行阐述.     

计算机基础教育分级教学改革探讨

本文通过对我省高校计算机基础教学现状的分析,提出计算机基础课程分级教学改革设想,并结合我校计算机基础教育的实际情况,提出了相应的教学改革策略。     

知识管理与知识共享

知识管理是知识共享的基础。当前我国的管理体制和技术、知识的复杂性、知识共享成本收益的不对称,以及文化氛围等因素构成了知识共享的障碍。应通过政府、科技管理部门以及科技人员的共同努力,促进知识共享。     

A dynamic knowledge model for water management in maize

Farmland irrigation management and model establishment are always core and difficult contents in crop simulation. This research was focused on exerting the establishment theory of knowledge model, and applying the systematic analysis method and mathematic modeling technology to knowledge expression system of maize water management. Based on soil water balance, a dynamic knowledge model with systematic and wide-application characteristics for maize water management was developed, after periodically quantifying the relationship of irrigation ration between cultivars’ characteristics and environmental factors. Cases were studied on the knowledge model with the data sets of normal year in different eco-sites and those of different rain years in the same eco-sites. The results showed that there was no difference in water saving in normal years under different eco-sites, irrigation schedule changes with eco-sites greatly; but a more obvious difference in different rain years of the same eco-sites existing, with 8.6% and 31.9% of water saving in both more rainfall and normal rainfall years, respectively. Additionally, irrigation in the seedling stage did not change with year types, but it did in Knurling and filling stages. This can be concluded that the irrigation regime designed by the model is well coherent to the actual planting system, which indicated that the model had good decision-making and applicability __________ Translated from Transactions of the Chinese Society of Agricultural Engineering, 2007, 23(6): 165–169 [译自: 农业工程学报]