论基于知识理解的网络课程设计

在信息过剩的网络资源条件下,促进学生理解是教学过程中一个核心目标。基于知识理解的网络课程设计,是以呈现衍生性论题、公开的理解目标、层次化的理解活动,实现引领理解的导航以及促进理解的持续性评价,来呈现学习内容的网络课程模式。     

Cloud-based big data analytics for customer insight-driven design innovation in SMEs

Fast development of IT and ICT facilitate customers to post a large volume of their concerns and expectation online, which are widely accepted to be a valuable resource for product designers. However, it is found that only a small number of small and medium-sized enterprises (SMEs) have capabilities to leverage customer online insights for design innovation, which often demonstrate a significant share in national economies growth. To discover the beneath reasons regarding the barrier that prevent them to make effective utilization, in this study, as a concrete example, manufacturing SMEs in the South Wales and Greater Manchester industrial areas of the UK are focused and their potential motivations for using and knowledge of big data-based customer analytics are investigated. An exploratory survey was conducted in terms of the type of customer data they have, the storage approaches, the volume of customer data, etc. Next, a carefully devised exploratory study was undertaken to understand how SMEs perceive the relations between customer data and product design, how about their expectations from big customer data analytics and what really challenges SMEs to exploit the value of big customer data. Besides, a demonstration platform is developed to present SMEs an automatic process of analysing customer online reviews and the capacity on customer insights acquisition and strategic decision making. Finally, findings from two focus groups indicate the different managerial and technical considerations required for SMEs considering implementing big data and customer analytics. This study encourages SMEs to welcome big customer data and suggests that a cloud-based approach may be the most appropriate way of giving access to big data analytics techniques.     

The serendipitous impact of COVID-19 pandemic: A rare opportunity for research and practice

In this opinion paper, I argue that the Covid-19 pandemic, as tragic and disastrous as it undoubtedly is, has also given us a rare opportunity to deeply examine the research and practice of information management in particular and information systems in general. To cope with the pandemic, we have retreated to the digital world and drastically changed the way we work. Yet these very practices can well shape the way we work in the post-pandemic world. Moreover, the pandemic is also a sharp lens through which we can study deep-rooted theoretical issues that otherwise would not have surfaced, or at least remained in the background. My call to the research community is to seize this rare opportunity.     

“新工科”背景下“建设工程计量与计价”课程教学改革与实践

近年教育部积极推进“新工科”建设,为积极响应工程教育改革举措,结合“建设工程计量与计价”课程综合性、实践性强的特点,分析了该课程教学现状与存在的问题,围绕理论教学、教学方法、教学实践、考核方式等方面进行探索和改革,旨在提高学生对该门课程的学习热情和主动性,培养学生解决问题和知识运用的能力。     

思政融入“电工电子学”课程的研究和探索

针对电工电子学课程的教学特点和教学内容,设计和改进教学方法和手段,将思政元素有机地融入每堂课的教学,探索了该课程与思政教育的结合方式,挖掘本课程能够结合“思政”的切入点和教育资源,建立了全过程、全方位、有案例的“课程思政”体系。教学实践证明这些改革和探索达到了较好的教学效果。     

“机械设计基础课程设计”课程思政实践探究

本文从“思政十三元素”对“机械设计基础课程设计”课程的教学内容与课程思政的融合进行探讨,详细阐述了从政治文明、精神文明、社会文明、生态文明四个方面开展课程思政的途径,以实现课程设计实践内容和课程育人的双向结合。     

基于虚拟现实技术的室内设计系统的研究

虚拟现实技术对工程领域信息化有着重要的意义。为建立基于Web的交互式开发技术标准上的可视化设计系统,本文对基于VRML-Java的虚拟现实技术在室内设计领域的应用进行了研究。     

基于FPGA的DDS实现的几种方式

直接数字频率合成器(DDS)采用的是一种新的频率合成技术,它具有频率分辨率高、频率转换快、相位噪声小等一系列优点。本文根据DDS的基本原理,提出了基于FPGA的DDS设计与实现。利用Quartus II、MATLAB/Simulink、DSP Builder等功能强大的开发工具,分别从不同的角度给出了几种基于FPGA的DDS的实现方式。最后,就这几种实现DDS的方式,对其优缺点进行讨论。     

老年人手机设计初探

中国已经进入老龄化社会,本文通过对中国人口老龄化状况的分析,指出老年人手机市场潜力巨大.老年人手机设计必须以创意和革新为首要条件,充分考虑老年人心理、生理、生活习惯等各方面的因素,并且符合人机工程学的要求,使手机设计真正体现出对老年人的尊重和关怀.     

高校信息素质教育课程设计思路

以建构主义理论、建构主义课程观为本课程设计的理论依据,而Cottam线型模型、建构主义理论模型则为本设计奠定了科学基础,在课程设计中注重将动态的信息寻求过程综合到以教育对象为中心教学中去,并力求课程设计要素的完整性,强调各要素之间的协同作用.