深入调研用户需求优化藏书资源配置

大学图书馆藏书建设工作正面临着书刊涨价，入藏书刊数量逐年减少、质量不高，缺乏一套严格的选书制度等问题，因此要深入调研用户需求，制定科学合理的《藏书采购计划》，优化藏书资源配置。

     

实践性教学与高职高专人才培养

高职高专教育应以实践性教学为突破口,以培养应用型人才为己任,理论知识以够用为度。搞好办学定位,明确培养目标,强化实践教学环节是关键。     

新冠肺炎疫情时期网民的信息需求主题关联及情境因素研究

[目的/意义]识别信息需求的情境因素对于理解信息需求的产生机制具有重要意义.[方法/过程]本研究从百度知道社会问答平台上爬取了2019.12.31～2020.3.30期间网民关于新冠肺炎的提问数据,采用内容分析法、共现网络分析法等方法,识别网民信息需求主题、揭示信息需求主题关联、发现不同信息需求主题在各种情境因素下的特...     

宁波市医学信息用户需求调查分析

通过对宁波市医学信息用户对图书馆信息资源和信息服务需求的调查分析,对数字图书馆的建设和宣传以及医学信息资源的选择、共建、共享等方面进行了详细的阐述,旨在为宁波市数字图书馆的建设提供参考。     

Empathic design for wood product innovation based on genuine customer needs – A test application on Swedish builders

This study aimed at identifying the problems and needs connected with builders’ use of wood products in building and renovation projects and developing a method to channel these needs into product innovation activities. It is built on the understanding that users of a wood product experience needs that may reveal themselves only when a product is used. Therefore, the empathic design was used to detect these needs. Two building contractors and two apprentices were studied for five working days at two renovation projects. In total, 11 product and service needs concerning wood products were identified. Most of the identified needs were related to the potential for time savings. The needs were later presented and discussed in a workshop with a team of persons from different parts of the wood product supply chain and innovation concepts were outlined. The workshop participants found the approach both informative (about hidden needs) and productive (by generating new product ideas). Although the results must be generalized with caution, the study indicates that an empathic design method, integrated with an idea-generating stage, is a suitable approach for product development in the wood sector.     

西北旱地农业研究进展及科技创新重点内容

西北地区是我国北方旱地农业的重要组成部分,西北旱作区在保障区域粮食安全、绿色生产与生态协调中发挥着特殊的作用与贡献。基于对新时期西北旱地农业战略地位和重大需求的再认识,通过总结西北旱地农业研究取得的主要进展,提出了藏粮于地、藏粮于种、藏粮于水及藏水于技的旱地农业科技攻关思路,认为西北旱地农业科技创新攻关应强化旱地应用基础研究,集中开展旱地农业关键技术和不同应用场景旱地农业技术集成模式的科技创新工作,旨在支撑抗旱增粮科技行动,确保西北区域粮食安全。