体感交互技术在教育中的应用现状述评

体感技术是人机交互历史上的一次革命,它以躯体动作、声音等自然语言来操纵多媒体设备,提供了革命性的体验。目前,体感技术研究集中在感应精度与深度方面,在教育应用领域也有一些前沿探索和实验。该技术自体感游戏开始之际便进入了大众视野,在实现技术上可分为惯性感测、光学感测以及惯性及光学联合感测三类,微软的Kinect采用了光学测感和声学感知技术。在教育应用方面,体感游戏开始进入课堂,就取得了较好的影响。它在语言、数学、科学、物理、特殊教育等不同学科领域内均有应用,通过三个典型案例详细讨论了其具体的教学步骤。体感技术在教学中作为教/学工具、教学内容和教学环境,可用于情境化学习、个别化学习以及游戏化学习三类教学形式,并根据不同用途具有多个整合关键点。总之,体感技术应用在教育中具有体验优、多感官、以学生为中心和支持合作学习的优势,但现阶段在部署、教学法和评价上还存在一些问题。     

基于Virtools与DWR技术实现虚拟实验远程监控系统

利用虚拟现实工具软件Virtools技术结合DWR技术实现了网络3维虚拟实验的远程监控系统,结合虚拟实验实例的开发,给出了相应的设计模型和实现步骤。     

军事遥感概论课程建设探索与实践

受战场侦察监视需求的牵引和军事遥感技术飞速发展的推动,军事遥感概论课程建设与教学改革在各高等军事院校相关专业备受关注和重视。本文首先分析了军事遥感课程的特点和现有军事遥感概论课程建设的不足,并联系实际,针对军事类电子与信息专业,在课程体系、教材建设、教学内容、教学方法、网络课程等环节中设计课程建设与教学改革方案,丰富了教学内容,开阔了学生视野,提高了课堂的教学效果,增强了学生的专业素养。     

地理信息系统专业遥感课程建设中的教学与科研互动关系探析

教学是立校之本,科研是强校之路,教学中有研究,在研究中教学。本文在分析地理信息系统专业遥感课程教学现状与人才培养矛盾的基础上,提出了新疆大学遥感专业教师应结合学校自身实际及教学内容,树立科研育人的理念,深化课程教学改革;通过教学、科研、学生能力培养以及成果产业化四互动,为提高遥感课程教学质量,培养实践创新型遥感人才的教学改革提供新思路,以使学生在多种育人方式和科研环境中得到全面发展。     

Temporary Book Storage Using a Document Management Company

Finding an appropriate temporary storage location for books and providing access to them is a significant challenge for libraries undergoing renovations. The current article describes the use of a document management company by an academic library to store 430,000 books for 8 months and provide a retrieval-on-demand service. Aspects covered include the selection of a commercial storage provider with its own retrieval service; details of the move to and from offsite storage; the integration of the service with library processes; communications and user feedback; book usage during the storage period; overall costs; and lessons learned from the experience.     

数字图书馆远程访问系统设计与实现

远程访问数字图书馆这一应用课题的目的是解决如何将在特定网络环境中的数字图书资源共享到一般网络环境里的问题.在校园内,人们可以通过校内网络访问学校共享的校内外的数字图书资源,但离开学校就不能访问学校共享的图书资源了.讨论并设计实现C/S模式的代理软件访问学校共享的校内外的图书资源,使得人们工作和学习不被限制在特定的网络环境中,方便工作和学习.     

张载“相感说”之三层次探析

本文从"虚气相感、阴阳相感、心物相感"三个层次对张载的"相感说"加以分析,通过"相感"分析虚气关系,明确张载哲学思想的核心点是虚气相感不离,宇宙论和本体论同时并建,并从天到人,尽性穷理,从而使宇宙本体论与人生修养论贯通为一,完成其整个天人哲学的思想建构。     

Factors impacting the rapid transition of anatomy curricula to an online environment in response to Covid-19

Due to the Covid-19 pandemic, many academic institutions had to rapidly transition education to a remote online environment. While a hurdle for most educators, this transition posed an even greater challenge for anatomy educators, many of whom were forced to depart from the traditional cadaver-based laboratory to a virtual format. Recent publications have discussed the rapid transition to online formats necessitated by Covid-19 and the accompanying difficulties, but none have identified specific factors that influenced the difficulty of this transition. Anatomy educators were surveyed to examine how this transition was accomplished and perceived. Of the 165 educators who responded, the majority utilized cadaver-based laboratory instruction. Educators felt that transitioning the laboratory portion of their courses was significantly more difficult and required more time than converting lecture materials. Factors that impacted the difficulty of the transition included a number of pedagogical aspects of the pre-Covid-19 curricula, including the delivery format of prior content, availability of pre-existing electronic materials, and the laboratory technique previously used. Additionally, the length of time an educator had been teaching prior to Covid-19 impacted their perception of difficulty, with newer and more senior educators finding this much more challenging than mid-tenure educators. Ease of transition may be related to previous exposure to curricular reform, experience with multiple anatomy pedagogies, and educator adaptability. While not surprising that converting a cadaver-based laboratory to an online format was challenging, knowledge of the alignment of this difficulty with prior educator pedagogy can help guide future innovations to anatomy education.     

Evaluating the feasibility of remotely administered curriculum-based measurement for students with autism: A pilot study

Students with autism may struggle to develop the academic skills necessary for success in school and beyond. Understanding and improving academic skills performance requires appropriate measurement approaches. One such option that has been minimally studied with students with autism is curriculum-based measurement (CBM). Coinciding with the need to study different approaches to academic skills measurement for students with autism was the global pandemic which forced a shift to remote service delivery with little warning. While some autistic students struggled with this shift, others thrived, raising questions about how to further support students with autism in virtual formats. The purpose of this study was to examine the feasibility of using remotely administered CBM for autistic students by studying both the practicality and acceptability of this approach. Five students with autism (Grades 2–5) participated in this pilot study, completing reading, math, and writing CBMs at three time points. Student behavior and assessor fidelity were collected to examine practicality; assessor ratings of usability provided insight regarding the acceptability of the approach. Results indicated that remotely administered CBM is feasible for some students with autism: all participants completed the study tasks with minimal behavioral difficulties, and assessor ratings of acceptability were high.